For exterior painting and coating systems on commercial construction projects, leading building product manufacturers (BPMs) such as The Sherwin-Williams Company and many others offer requirements for and recommendations on the proper environmental and weather conditions, during: first, delivery, storage, and handling; second, project conditions; third, examination; fourth, installation; fifth, drying and curing.
Five stages of proper environmental and weather conditions for exterior painting and coating systems
- Delivery, storage, and handling
- Project conditions
- Drying and curing
Protect materials from freezing, maintain a dry storage area
Delivery, storage, and handling. First, exterior painting and coating system manufacturers provide instructions as to how to store materials in areas within the acceptable temperature ranges, and to protect materials from freezing. Further, when handling materials, it is important for contractors to maintain a dry storage area, and protect materials from rain and other precipitation events, to prevent contamination or damage to the exterior coatings.
Environmental conditions to achieve optimal outcomes
Project conditions. Second, exterior painting and coating system manufacturers recommend that contractors maintain environmental conditions (temperature, humidity, etc.) within the recommended limits for each painting and coating system in order to achieve optimal outcomes. Under no circumstances can a contractor apply painting and coating under environmental conditions outside of the manufacturer’s absolute limits!
Surfaces must be dry to ensure good adhesion
Examination. Third, contractors cannot begin application of exterior painting or coating until substrates are properly examined and prepared. If the contractor identifies unsatisfactory conditions, it is important to notify the architect before proceeding. For example, surfaces must be dry to ensure good adhesion. Wet or damp surfaces, from rain, humidity, dew, frost, fog, and other environmental moisture, can compromise the installation.
No exterior painting or coating immediately after a rain event
For example, in 09 91 13 Exterior Specification, Commercial Painting Specification Guide, The Sherwin-Williams Company recommends no exterior painting or coating immediately after a rain event, during a fog event, when a rain event is forecast, or when a low temperature event is below 50°F — unless the exterior painting and coating systems are designed specifically for each of the environmental conditions and weather conditions.
Do not apply exterior painting and coating systems to wet or damp surfaces
Installation. Fourth, manufacturers recommend that contractors do not apply exterior painting and coating systems to wet or damp surfaces. For example, after a low intensity or high intensity rain event, or after dew, frost, or fog events, suspend work and wait until substrates are completely dry — block, concrete, cement composition siding / panels, drywall – exterior, exterior composition board (hardboard), wood, and other substrates.
Avoid environmental and weather impacts during the first 16 to 24 hours of curing
Drying and curing. After installation and during the early stages of drying, exterior painting and coating systems are sensitive to rain, high humidity dew, frost, and fog events and moisture condensation as a result of environmental and weather conditions. Accordingly, contractors need to plan exterior coating and painting schedule activities and work results in order to avoid environmental and weather impacts during the first 16 to 24 hours of curing.
More in the next blog post about weather-enabled decision support, weather safety and weather risk management for the construction industry and built environment…
Headquartered in Cambridge, MA, WeatherBuild® offers a suite of decision support solutions that empower contractors, owners and operators to improve situational awareness and make better-informed decisions about weather events, schedule impacts, safety risks and probable outcomes.
© 2018 Weather Build, Inc. All rights reserved.
“WeatherBuild®”, “Weather Controls®”, and “Decision Support Solutions for the Construction Industry and Built Environment®” are registered trademarks of Weather Build, Inc.
The WeatherBuild “W” logo and app icon, “WeatherBuild Solutions™”, “WeatherBuild Basic™”, “WeatherBuild Pro™”, “WeatherBuild API™”, and “Increase productivity. Enhance safety. Manage risk.™” are trademarks of Weather Build, Inc. All rights reserved in the United States and other countries.


PermaTint Limited manufactures unique and durable masonry paints and stains for stone, brick, block, concrete, stucco and other masonry surfaces.
Traditional paints (latex, acrylic or oil) mechanically bond (or stick) to the surface they are applied to and form a coating on it. These coatings will not allow moisture from within the wall to escape naturally. In time, this trapped moisture will cause the paint coating to lift, crack and peel. Further, exterior environmental factors such as humidity fluctuations, UV rays and freeze/thaw cycles constantly wear at the vulnerable mechanical bonds causing fading and eventual failure. The result is a paint coating that requires consistent, expensive maintenance.
PermaTint’s mineral based paints and stains function completely differently from traditional paints. They soak into the surface they are applied to and crystallize within it. Rather than sticking to the surface, our mineral paints go through a chemical reaction that permanently locks the color in – simply put, they become part of the brick rather than being a coating on it. Because the paint is comprised of natural minerals, it leaves the surface in a breathable state allowing internal moisture to evaporate
Our pigments are natural inorganic iron-oxides that are impervious to UV, allowing our paints and stains to maintain their rich and vibrant colours. Our products come with a 10 year replacement warranty and have a life expectancy of 20 – 30 years or more, with no maintenance.


Navy Baan is a multipurpose string or rope, which is used by manufactures of several commodities. Manufacturers use it to make drawstring bags, canvas bags, juco sling bags, tote bags, calico bags, etc. This is made of cotton and has high tearing strength. Many outfit doris are also made with the help of this baan. It is offered with dark blue color and has colorfastness properties as well. Navy Baan can be provided to customers in the required length.


The specific energy demand of residential and industrial buildings can be significantly reduced with modern insulation. It is not without reason that countless governmental and non-governmental organizations are striving to establish sustainable measures in construction and modernization of buildings. A large proportion of the global market leaders use plant technology from HENNECKE-OMS to produce sandwich panels and a variety of other products, whether that be polyurethane insulating panels with flexible facings or sandwich panels with rigid steel facings and a polyurethane or mineral wool core structure. The scope of applications is extremely diverse and ranges from the construction of industrial and office buildings using insulated roof and wall panels, to efficient insulation of residential buildings, to cold storages or garage doors. HENNECKE-OMS plant technology for the production of sandwich and insulating panels is thus used for design solutions all over the world thanks to the considerable energy savings it brings.


Magnetized ferromagnetic materials can be demagnetized (or degaussed) in the following ways:
- Heating a magnet past its Curie temperature; the molecular motion destroys the alignment of the magnetic domains. This always removes all magnetization.
- Placing the magnet in an alternating magnetic field with an intensity above the material's coercivity and then either slowly drawing the magnet out or slowly decreasing the magnetic field to zero. This is the principle used in commercial demagnetizers to demagnetize tools and erase credit cards and hard disks and degaussing coils used to demagnetize CRTs.
- Some demagnetization or reverse magnetization will occur if any part of the magnet is subjected to a reverse field above the magnetic material's coercivity.
- Demagnetisation progressively occurs if the magnet is subjected to cyclic fields sufficient to move the magnet away from the linear part on the second quadrant of the B-H curve of the magnetic material (the demagnetisation curve).
- Hammering or jarring: the mechanical disturbance tends to randomize the magnetic domains. Will leave some residual magnetization.


Sud200mm-400mm Hydraulic Butt Fusion Welding Machine
|FOB Price:||US $2,180-2,500 / Set|
|Min. Order:||1 Set|
|Min. Order||FOB Price|
|1 Set||US $2,180-2,500/ Set|
|Payment Terms:||L/C, T/T, D/P, Western Union, Paypal, Money Gram|
- Model NO.: SUD400H
- Cooling Way: Air Cooling
- Frequency Range: Low Frequency
- Type: Butt Welders
- Warranty: 14 Months
- Working Voltage: 380V/220V 50Hz
- Color: Blue, Red&Black, Yellow,Blue&Black
- Trademark: SUDA
- Specification: ISO, CE
- HS Code: 85152900
- Welding Range: 200mm-400mm
- Control: Semi-Automatic
- Electric Current: AC
- Certification: ISO, Ce
- Total Power: 7.0kw
- Weight: 420kg
- Application: HDPE Pipe Welding
- Transport Package: Wooden Box
- Origin: China
Application & Features
Brief: Suitable for welding of plastic pipes and fittings made from PE, PP & PVDF.
Be made of Aluminum material.
Consists of Planning Tool, Heating Plate, Basic Frame, Hydraulic Unit and Support.
Feature:1. Removable PTFE coated heating plate with separate temperature control system.
2. Electric Planning Tool with reversible double cutting edge blades.
3. Hydraulic Unit provides welding machine with compressing power.
4. Be made of Aluminum material.
5. Low starting pressure ensures reliable welding quality of small pipes.
6. Temperature Controller and Timer, easy to know the exact time and temperature.
|Welding range(mm)||200 225 250 280 315 355 400|
|Heating Plate Max. Temp||270°c|
|Temp. Deviation in Surface||≤±7°c|
|Working Voltage||380V/220V 50HZ|
|Heating Plate Power||4.0KW|
|Planning Tool Power||1.50KW|
|Hydraulic Unit Power||1.50KW|
|Pressure Adjustable Ranges||0-8.0MPa|
|Wooden Box||3 Wooden Boxes|
1.The main accessories of the welding machine are made by fully automatic aluminum casting. It is lighter, more solid and smooth than the machine made by sand-casting and steel-form technology.
2.Using static plastic-spraying process, colorful,smooth surface and not easy to be damaged.
3.The main accessories of the hydraulic station are imported overseas, which could reduces the maintence and extends the life of hydraulic station.
4.The package we use is fumigated cartons which has nice appearance and solid structure for convenient trasportation.
1. One year warranty, life-long maintenance.
2. In warranty time, if non-artificial reason damaged can take old change new for free. Out of warranty time, we can Offer maintenance service (charge for material cost).
Our company has advanced production equipment and strong technology. The producing process is under strict management in quality. Our products are sold around the world and highly thought of since excellent quality and perfect service at home and abroad
2.The advantage for product?
High efficiency , energy saving and good quality.
3.The advantage for us ?
Reasonable price and best services , advanced equipment and strong technology.
4.How to order?
Do not hesitate to contact by online or Email as soon as possible once you are interested in our products. The specific quotation will be offered basing the request dimension and quantity
5. What about the quality?
All products according to ISO and National highest standard, also we can offer CE, certificate if necessary. The machine have one year warranty.


The winter period is gradually reaching its peak and everyone is mostly covered up in heavy clothing materials as expected. The season requires people to acquire the best clothing that will suit the cold weather like winter jackets, blankets, stocks, head warmers, hand gloves, sweaters and other cold preventive clothing materials. Regardless of the season, when people shop for clothing materials, they mostly care not about the component of the materials they are acquiring and what they are made of before purchasing and using them. It is important to check because some blankets that are used during the winter season might be dangerous to our health.
A slew of blankets are made from pure acrylic. Acrylic fibers are synthetic fibers gotten from polymer, it is wool-like, warm and soft which is good for absorption of cold but it is also harmful to our health due to the toxic substances used in its manufacturing processes. Researches have indicated that acrylic fibers can cause breast cancer in women and also causes harm to those with dermatological conditions like itching, rashes, eczema, dermatitis and redness.
It is advisable to check the components of our clothes not just for the designers and styles. Clothes made from either cotton, silk, wool, cashmere, linen, hemp, organic fabrics or organic clothing are said to be the best.


Titanium Assembly Hardware
Rau Titanium proprietary Grade 5 PVD Titanium assembly hardware shares comparable qualities to high strength Grade 8 steel bolts with a tensile strength of 950 MPa. However, our grade 5 titanium hardware is 50% lighter, reducing each multi-piece wheel by over 1lb. at the critical outermost point on the wheel and is corrosion fade resistant.
Our titanium assembly hardware for 2 and 3 piece wheels comes in both M7 and M8 sizing with a 26mm or 32mm shaft length. Yes, I said shaft length…
Raw Titanium, PVD Black, Gold, NeoChrome
32mm (3-piece wheels), 26mm (2-piece wheels)


RZR900 & RZR1000 Titanium Bolts & Custom Parts now available!! Complete Titanium suspension, Titanium Rollcage, Titanium Radius Rods & More!!!
Titanium ATV Bolt Kits & Custom Parts for Drag & MX Quads
Check out our full line of Titanium ATV parts to customize your quad and win races! Parts include - Swingarms, A-arms, Steering Stems, Sub-frames, Shock Bolts, and More!!
Titanium Bolt Kits for KTM, Honda, Yamaha, Kawasaki, and Suzuki
RaceTech Titanium parts are made using Aerospace grade Titanium. Parts are heat treated, micro peened, REM finished, and PVD coated to insure superior strength and durability.
Titanium Bolts and Custom Parts for every racing and industrial application.
RaceTech Titanium specializes in Strong and Light Titanium parts for Race Cars, Motorcycles, ATV's, and Race Boats. We also supply Titanium, Aluminum, and Steel fasteners for Industrial, Medical, and Chemical applications. Browse the website to see a full list of our parts and services.
Titanium Fasteners available for Industrial, Medical, and Chemical applications
RaceTech offers custom, light weight, corrosion resistant, friction reducing fasteners for every application


Jolifin acrylic powder - clear 10g
- 24h Express Article
- 30 days return
Jolifin acrylic powder - clear 10g for a fantastic nail design with acrylic
Jolifin Acrylic Powder - clear 10g for perfect nail modelling with acrylic. Acrylic powders are processed with acrylic liquid. The viscosity of the powder can be varied as desired by using more or less liquid. Acrylic powders are suitable for natural nail extensions as well as for artificial nail extensions with tips or templates. The powder mixed with acrylic liquid is air-hardening after modelling (approx. 5 minutes) and very resistant. By finishing with a polishing block and a few drops of nail oil (with different scents, peach is very popular) the surface is polished to a high gloss. Alternatively, you can seal with a light-curing high-gloss sealer (for example, Jolifin Clear UV-Top Sealing Pro).
- low odour
- Content 10g
|Sabrina from Wadern Wadrill||"Good acrylic powder that's easy to work with. Well suited as an undercoat for other colour powders. I am very satisfied with it ?. "|


This is honeycomb calcite. It can only be found in one mine in the entire world!
This is honeycomb calcite. It can only be found in one mine in the entire world! Duchesne, Utah
The honeylike yellow and the honeycomb appearance of the calcite pattern, revealed by polishing, is where the impressive stone obtains its name.
The "honeycomb" is formed by long fibrous and tubular crystal cells of honey-yellow calcite, outlined by white membranes that surround the cells, much in appearance like honeycombs of bees, which are honey yellow cells surrounded by pale waxy walls.
The honeycomb pattern -- the "bundling" of the needle-like cell growths -- adds strength to the stone.
The stone has a unique appearance: honeycomb calcite has a yellow, orangy, gold color, membranous patterns, particular transparency and translucency. It is a stone that will take a high amount of polishing. It doesn't fade in sunlight as quickly as other calcites.
The golden color comes from sulfur deposits that took place at the time of the calcite's formation, it is thought, and the calcite patterns change depending on the point of origin of the calcite cell growth: some are tight "honey sugar," small hexagon cells grouped close. Some are large cell areas, making the stone appear to some like "petrified honey."
Honeycomb calcite comes from only one place in the world, Utah state. It comes in soft, pale sunshine yellow to deeper, richer golden amber colors. It depends on the thickness of the stone.
This color and pattern is set off to a particular effect when there is backlighting. The stone appears to glow due to its translucency, holding and diffusing light.


But have you ever wondered what makes lip gloss so shiny?
"The key to getting high shine is using materials with a high refractive index -- a technical measure of how light interacts with the material versus in air. Light is reflected from the surface as it reaches the material. The higher the refractive, index, the shinier the material," says Dr. Sarah Vickery, principal scientist with CoverGirl.
Yet making a high-shine lip gloss that's also comfortable to wear can be tricky.
"Materials with a refractive index greater than 1.4 are considered noticeably shiny by consumers. The major shine component in most lip glosses is polybutene. It's a polymer with a refractive index over 1.4, so it's extremely shiny, but it's also very sticky and tacky. This is why so many really shiny lip glosses have the unfortunate reputation of getting your hair stuck in them. The key to getting high shine without stickiness is to balance the polybutene with lightweight emollients," says Dr. Vickery.
Dr. Vickery's own strategic balancing of ingredients can be found in CoverGirl's ShineBlast Lipgloss, which cleverly toes the line between shine and comfort.
Who knew you could get a Ph.D in lip gloss mixology?


Black coated screw-heads
with self-tapping thread design
ENiTo stainless steel (304) head deck screws is an excellent choice for all your decking needs and more. Our special composition of stainless steel is one of a kind. It is hardened and rust free and is of the quality you come to expect from ENiTo products. All of our stainless steel products come with a lifetime warranty against staining and rusting.
At ENiTo we are committed to manufacturing and supplying high quality products. The small head and the self-tapping thread design of deck screw prevents the wood or any materials from splitting. Pre-drilling is necessary if the building material's limitations require a pilot hole to be drilled. (Always consult wood supplier's / manufacturer's recommendations).
In the design, development and manufacturing of the ENiTo Deck screw, we adhere to the following principles to ensure that our customers are getting the Industry’s Toughest Screws:
- quality design
- no hassles and labor reducing
- extended life
- strong heads
- built to last
They are also ideal for the installation of other carpentry applications. ENiTo stainless steel (304) deck screw have the smallest screw head on the market.
- Use appropriate driver bit.
- No pre-drilling except where wood limitations require.
- DO NOT use deck cleaners which contain bleach with coated metals.
- Always consult wood supplier's / manufacturer's recommendations.
- Metal to wood connections: avoid damage to the coating by pre-drilling the metal.


We take it for granted, but concrete is the foundation (no pun intended) of countless buildings, homes, bridges, skyscrapers, millions of miles of highways, and some of the most impressive feats of civil engineering the world has ever known. It’s the most widely-used human-made substance on the planet.
It also happens to be incredibly bad for the climate. Portland cement, the most commonly used base (the goop that gets mixed with sand and gravel, or aggregate, to form concrete), is made with limestone that is quarried and then heated to staggeringly high temperatures — releasing huge amounts of carbon dioxide in the process. Add to that all the fuel burned to mine and crush the aggregate, and you’ve got a climate disaster.


The bone fragment of an oblique fracture is inclined to slip over each other. The orthopedic bone plate should be applied to function as a compression plate and buttress plate.
If a plate is immobile to the fragment which forms an acute angle with the fracture. Then axial compression is generated because of which fragment is displaced and the reduction is lost.
On the other hand, if the plate is immobile to the fragment which forms an obtuse angle along with the fracture. Then axial compression is generated, and spike of the conflicting fragment is driven against the plate. accordingly, displacement is prevented, and axial compression is achieved.
Double Plating –
Usually double plating of the bone is not required. It is exceptional when bone quality is less than the optimal. Also, double plating may be called in a fracture configuration where solid bone contact on the cortex opposite the plate is improbable. Always second plate should be smaller both in length and size, then the major fixation plate as two plate of a similar length act as severe stress riser at their ends. Generally, double plating is used to fixed subtrochanteric and supracondylar fracture of the femur. These bone plates are manufactured by top orthopedic implants company with different material.


Trends in the Automotive Glass Market
In 2022, the global automotive glass market achieved a valuation of USD 30.8 billion, with projections indicating a steady compound annual growth rate (CAGR) of 5.1% from 2023 to 2030. The industry’s growth is spurred by a growing emphasis on lightweight vehicles, driven by escalating concerns over harmful emissions from automobiles and their adverse environmental impact. The automotive sector’s focus on incorporating glass components has been fueled by the need for sustainable practices. According to the International Organization of Motor Vehicle Manufacturers (OICA), the global production of automobiles surged to 85.02 million vehicles in 2022. This notable increase is primarily attributed to robust manufacturing activities, notably in countries like China and India, where governmental initiatives regarding motor vehicle regulations have played a significant role in fostering automotive development.
The automotive industry is undergoing a technological revolution, prompting market players to introduce advanced products tailored to modern vehicle designs. AIS Glass in India exemplifies this trend, providing innovative solutions like solar green glass and acoustic PVB for the Toyota Yaris and a 2.8mm backlight for the new Wagon R in FY 2018-2019.
The surge in electric vehicle production and the integration of new display and battery technologies are anticipated to positively impact the demand for automotive glass. Dutch company Lightyear’s electric car prototype, the Lightyear One, features integrated solar cells beneath the roof and hood, recharging directly from the sun.
While technological advancements continue, challenges arise concerning raw material availability and cost structure. Soda ash, a key raw material, has experienced price hikes due to limited supply. Manufacturers are scaling up production capacities to meet demand from key markets like automotive glass.
The focus on fuel efficiency and emissions reduction has led to increased production of lightweight and electric vehicles, driving demand for automotive glass. Despite an overall decline in vehicle production, the demand for automotive glass remains steady, supported by the rise in commercial vehicle and electric car production.
Technological innovations extend beyond vehicle advancements to glass technologies, such as Gentex Corporation’s dimmable and display glass. Sunroof demand, driven by consumer luxury preferences, contributes to the growth of the automotive glass industry.
However, high manufacturing costs pose a challenge, particularly with over 90% of automotive glass produced through the capital-intensive float glass process. The tempered glass segment dominates the market, accounting for 59.1% of revenue in 2022, with its strength, cost-effectiveness, and suitability for windows and backlights. The laminated glass segment is expected to grow rapidly, driven by safety features and applications in windscreens and sunroofs. Companies like Volvo, Ferrari, and Tesla incorporate laminated glass in cars with panoramic sunroofs, further propelling segment growth.
In response to rapidly evolving consumer demands, the automotive industry is witnessing continuous technological advancements. The transition from traditional fuel-based to electric vehicles and manual to automatic transmissions reflects these dynamic changes. Innovations in automotive glass technology, such as Gentex Corporation’s dimmable and display glass, showcase the industry’s commitment to enhancing driving experiences.
Solar technology is becoming a prominent feature in electric vehicles, with companies like Lightyear introducing prototypes like the Lightyear One, equipped with integrated solar cells. These solar panels not only contribute to sustainable energy practices but also enhance the range of electric vehicles.
The emphasis on fuel efficiency and reduced emissions has led to a surge in lightweight and electric vehicle production, fostering a consistent demand for automotive glass. Despite an overall decline in vehicle production, the automotive glass industry remains resilient, driven by the increasing manufacturing of commercial vehicles and electric cars.
Consumers’ growing penchant for luxury has steered automotive manufacturers toward innovations, particularly in sunroof systems. The incorporation of either built-in or optional sunroof systems in mid and premium car segments propels the demand for automotive glass, aligning with consumer preferences for enhanced driving experiences.
While technological progress continues to shape the automotive glass landscape, manufacturing costs remain a significant challenge. The float glass process, responsible for over 90% of the world’s automotive glass, demands substantial capital investment, making profitability contingent on operating at high capacity utilization.
Product-wise, the tempered glass segment stands out, capturing 59.1% of the revenue share in 2022. Its popularity stems from attributes like low cost, high strength, and robustness, making it the preferred choice for windows and backlights. On the other hand, the laminated glass segment is poised for rapid growth, boasting safety features that keep it intact even after accidents, thereby ensuring passenger safety. Volvo, Ferrari, and Tesla’s utilization of laminated glass in cars with panoramic sunroofs underscores its increasing prominence in the market.
As automotive glass continues to evolve in tandem with broader industry trends, innovation and adaptability remain key drivers in meeting consumer expectations and regulatory requirements.


GREEN CELL PLUS: THE SUSTAINABLE COLD CHAIN PACKAGING SOLUTION
Green Cell Plus is a compostable box liner that keeps perishable shipments cold for days.
WHY IT MATTERS
Sustainable cold chain packaging is increasingly important in reducing environmental impact. While EPS (commonly known as Styrofoam) offers great insulation for shipping, it has a notable ecological footprint. Green Cell Plus offers a planet-friendly alternative, delivering comparable insulation performance to EPS while mitigating environmental damage.
KEEP YOUR COLD CHAIN PRODUCTS AT THE RIGHT TEMPERATURE
The most important aspect of a cold chain packaging solution is one that will keep products at the desired temperature from the time the product is packaged to the time the consumer opens the box. Green Cell Plus’s proven insulation capabilities keep products cold.
How Green Cell Plus works: Green Cell Plus is made from corn starch-based foam that incorporates thousands of tiny air pockets that trap air, providing a barrier against heat. When combined with a cold gel pack, Green Cell Plus maintains the package's internal temperature. This capability ensures that temperature-sensitive shipments, such as perishable foods and pharmaceuticals, stay cold throughout transit.
Customize your cold chain packaging for your application: Green Cell Plus can be tailored to meet specific temperature ranges and transit times, offering you versatility for various shipping needs. It comes in a range of thicknesses and densities to meet any thermal performance need.
Reduce reshipments with lab-tested insulation: If you have shipments thawing out in transit, BGR can lab test your packout to diagnose the problem and find a solution. Green Cell Plus’s reliability is backed by extensive testing to ensure that products make it to their destination at the right temperature, every time. We offer comparative R-Value testing to ensure you are getting better insulation performance compared to your current coolers.
ELIMINATE WASTE AND REDUCE YOUR CARBON FOOTPRINT
Green Cell Plus helps you minimize your environmental impact in two key ways:
ELIMINATES EPS WASTE
Green Cell Plus gives your customer multiple options for sustainable disposal:
- The foam can be safely dissolved in water without contaminating the water. The customer simply needs to put it in their sink and turn the water on.
- The foam can also be composted in a home or municipal compost bin.
Either way, Green Cell Plus leaves no waste at the end of its life, saving landfill space and keeping pollution out of the environment.
REDUCES YOUR CARBON FOOTPRINT
Since Green Cell Plus is made from renewable resources, it comes with a lower carbon footprint. Its eco-friendly design gives it an 80% lower carbon footprint than EPS.
EASY SHIPPING, STORAGE, AND ASSEMBLY THANKS TO AN INNOVATIVE DESIGN
In addition to its insulation performance and sustainability, Green Cell Plus's design improves your packaging logistics.
Save space in trucks and warehouses: Green Cell Plus ships and stores at flat panels. This cuts down on shipping costs and saves floor space in the warehouse.
Increase speed on the packing line: Green Cell Plus has a rigid structure with pre-folded edges that make it easy to handle and fit into the box. This simplifies the packing and assembly process, making it both time-efficient and user-friendly.
THE BOTTOM LINE:
Green Cell Plus maximizes sustainability without compromising on insulation performance.
Green Cell Plus offers a sustainable alternative to traditional cold chain packaging, significantly reducing waste and carbon footprint, without compromising the quality of temperature control for sensitive shipments. With its customizable features and sustainable disposal options, Green Cell Plus not only meets the diverse needs of businesses but also aligns with the growing consumer demand for eco-friendly packaging.
Recycle the plastic sleeve: Cut open the sleeve to remove the foam and recycle the film at a store drop-off facility
Compost or dissolve the foam: After recycling the plastic sleeve, the end-user can dispose of the foam one of two ways:
Compost the foam: Can be composted in home compost bin or in municipal compost facility
Dissolve the foam: Put the foam in the kitchen sink and turn the water on. The foam will completely dissolve in under 60 seconds.
The plastic sleeve creates a barrier against water, which protects the foam from dissolving due to condensation, moisture, or humidity.
Yes, it also comes in a standard “Green Cell” option (no “Plus”). The standard version does not have the plastic sleeve, as no moisture resistance is needed. It works as protective packaging for anything from electronics, to beauty products, to glass.
Green Cell Plus is compostable rather than recyclable. However, ClimaCell is a cold chain solution similar to Green Cell Plus that is certified as curbside recyclable. Reach out to your BGR rep to discuss which one is best for your business.


Previous research has indicated silicon as a suitable material for producing stable and long-lived qubits. The current research provides proof of principle that T centers, a specific luminescent defect in silicon, can provide a photonic link between qubits.
A single T center qubit in the silicon lattice, which supports the first single spin to ever be optically observed in silicon. The constituents of the T center (two carbon atoms and a hydrogen atom) are shown as orange, and the optically addressable electron spin is in shining pale blue. Courtesy of Simon Fraser University.
The work, according to Stephanie Simmons, co-leader of SFU’s Silicon Quantum Technology Lab, represents the first measurement of single T centers in isolation, and the first measurement of a single spin in silicon performed solely with optical measurements.
“An emitter like the T center that combines high-performance spin qubits and optical photon generation is ideal to make scalable, distributed, quantum computers, because they can handle the processing and the communications together, rather than needing to interface two different quantum technologies, one for processing and one for communications,” Simmons said.
Additionally, T centers have the advantage of emitting light at the same wavelength used in current fiber communications and telecom networking equipment.
An optical microscope image of an array of integrated photonic devices, used to perform the first all-optical single-spin measurement in silicon. Tens of thousands of such ‘micropuck’ devices were fabricated on a single silicon photonic chip. Courtesy of Simon Fraser University.
“With T centers, you can build quantum processors that inherently communicate with other processors,” Simmons said. “When your silicon qubit can communicate by emitting photons (light) in the same band used in data centers and fiber networks, you get these same benefits for connecting the millions of qubits needed for quantum computing.”
The researchers said that developing quantum technology using silicon provides opportunities to quickly scale quantum computing, as the infrastructure required to manufacture silicon computer chips already exists.
“This represents an almost insurmountable competitive advantage in the international race for a quantum computer,” Simmons said. The team believes its results unlock immediate opportunities to construct silicon-integrated, telecommunications-band quantum information networks.
The research was published in Nature (www.doi.org/10.1038/s41586-022-04821-y).


Understanding Carpet Fiber
Carpet is one of the softest flooring options available, and provides an extremely cushioned surface for your feet in any room. Before choosing a carpet, it’s important to become familiar with the many variations of carpet fibers that exist. Below are the 4 most common carpet materials, and distinguishing characteristics of each:
- Nylon carpet: Nylon is very soft, durable, and resistant to most stains. Nylon is also one of the most popular carpet materials, and is used widely in the carpet industry.
- Polyester carpet: Polyester is a popular carpet material as it is able to hold color extremely well. Polyester is also non-allergenic, and many major manufacturers produce polyester using recycled plastic bottles, making the carpet very eco-friendly.
- Polypropylene carpet: Polypropylene is soft like nylon, and extremely resilient and resistant to stains, mildew and shedding.
- Wool carpet: Wool carpets are natural, luxurious and extremely long lasting. However, wool is often more susceptible to staining, and can be extremely expensive.
Regardless of the material used to manufacture the carpet, one thing is certain: carpet is an excellent flooring choice than comes in a variety of styles and options that can add life to any room.


Furnaces for Digital IC Technology
Akrion Technologies’ complete product line of vertical, FLOURIS, furnaces for digital IC manufacturers provide diffusion, oxidation, annealing & alloying capabilities for substrate sizes from 100 – 200 mm. The FLOURIS offers advanced process control and safety features to meet today’s challenging requirements all supported on a modern, sustainable platform.
The Digital IC (integrated circuit) market, largely composed of the largest IC manufacturers of memory, microprocessor, logic and foundry companies, is recognized as one of the most technically challenging markets in microelectronics. Modeled by the traditional “Moore’s Law”, Digital IC manufacturers are constantly pushing the limits in reducing feature size to new limits by introducing new device structures, novel materials and new methods.
FLOURIS 201 Anneal/Oxidation Vertical Furnace
The FLOURIS 201 Vertical Anneal/Oxidation Furnace provides medium and high temperature annealing or oxidation of 200 mm silicon wafers for advanced IC devices. Based upon Naura’s popular 300 mm THEORIS 302, the FLOURIS 201 provides 200 mm fabs with the same reliability and process control in the growth of silicon dioxide films for buffer dielectric, sacrificial oxide, and gate oxide layers in front-end of line processing.


Lokantara Indonesia is a sisal fiber supplier that is committed to providing high-quality and sustainable products for various industries. Sisal is a versatile natural fiber that is extracted from the leaves of the agave plant. It has a range of applications, including as a raw material for rope, twine, paper, and even clothing.
Founded in 2020, Lokantara Indonesia is based in West Java, Indonesia. The company sources its sisal fiber from local farmers who grow the agave plant on their land. By supporting local farmers, Lokantara Indonesia is helping to create sustainable livelihoods in rural communities while also promoting sustainable agriculture practices.
One of the key benefits of sisal fiber is that it is biodegradable and compostable. This means that products made from sisal can be disposed of without harming the environment. In contrast, synthetic fibers such as nylon and polyester can take hundreds of years to decompose and contribute to the pollution of our oceans and landfills.
Lokantara Indonesia takes pride in ensuring that its sisal fiber is of the highest quality. The company carefully selects the leaves from the agave plant and processes them using traditional methods to ensure that the fibers are strong, durable, and consistent in quality. The result is a premium product that meets the needs of various industries, including the agricultural, construction, and textile industries.
The company offers a range of sisal fiber products, including raw fibers, twisted yarns, and finished products such as rugs, baskets, and bags. Lokantara Indonesia can also customize its products according to the needs of its customers.


Corinth Pipeworks has been awarded a contract by Snam to manufacture and supply approximately 13 km of longitudinally submerged arc-welded steel pipes (LSAW) for the development of an offshore and onshore natural gas pipeline for the floating storage and regasification unit (FSRU). The contract is valued at over €10 million.
The greenfield FSRU based LNG terminal project in the port of Ravenna is a strategic project to help ensuring Italy’s energy needs, increasing security of supply and diversification. Further-more, the project will provide critical infrastructure, with a capacity of 170 000 m3 and a nominal throughput of 5 billion m3/yr of natural gas.
The 26 in. pipeline, will be certified to transport up to 100% hydro-gen. Corinth Pipeworks is utilising cutting-edge technology and infrastructure, providing solutions for hydrogen certification of new pipelines. As such steel pipes produced today and installed in the current gas network shall cover the energy mix of tomorrow.
Steel pipes will be manufactured at Corinth Pipeworks’ facilities and will include internal and three-layer polypropylene, external coating, as well as concrete weight coating (CWC), applied at the same location as pipe manufacturing at Thisvi, Greece.
This award to Corinth Pipeworks is the latest from Snam, with the assistance of its Italian business partner PIPEX, and builds on the company's successful long-term relationship and a succession of earlier pipeline developments.
Read the latest issue of World Pipelines magazine for pipeline news, project stories, industry insight and technical articles.
The September 2023 issue of World Pipelines includes a keynote feature on automation technology for pipelines, and technical articles on deepwater pipeline engineering, hydrogen pipelines, launching and receiving pigs, PLUS a special section on North American pipelines.
Read the article online at: https://www.worldpipelines.com/contracts-and-tenders/26092023/corinth-pipeworks-awarded-snam-offshore-contract/
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Bill Chilton has been announced as the new Diving Manager at the International Marine Contractors Association.


How does Minwax® Pre-Stain Wood Conditioner work?
Minwax® Pre-Stain Wood Conditioner penetrates the pores of the wood, reducing the amount of stain the larger pores will absorb. This evens out the absorption of stain, preventing streaking and blotching.
Not sure what type of finish you have?
There's an easy way to tell whether an old finish is going to need Minwax® Antique Furniture Refinisher or Formby's® Paint & Poly Remover.
1) Dampen a cotton ball with acetone-based nail polish remover.
2) Choose an inconspicuous test spot and dab it with the cotton.
If the cotton sticks or the finish softens, it's varnish, lacquer or shellac. Use Minwax® Antique Furniture Refinisher.
If there is no effect, it's a polyurethane finish. Use Formby's® Paint & Poly Remover.
How long should Minwax® Wood Finish™ wood stain be left on the wood?
Anywhere from a few seconds to 15 minutes. The longer the stain is left on the wood, the deeper it will penetrate. For a light tint, wipe the excess stain off after a few minutes; for deeper, richer color, wait as long as 15 minutes.
Is it necessary to sand after the Minwax® Wood Finish™ has dried?
No. In fact, we advise against it. Sanding will result in the removal of some of the dyes and pigments in the stained wood. Since Minwax® Wood Finish™ does not raise the grain, no sanding is necessary before top-coating.
What is Minwax® Sanding Sealer?
Minwax® Sanding Sealer is formulated to work as a base coat under any Minwax® oil or water-based polyurethane finish. It seals the wood grain, and is designed to be easy to sand, providing an ultra-smooth finish. It is formulated for use on unstained, interior, bare wood surfaces including floors, furniture, doors and cabinets.
What kind of stain does Minwax® Stainable Wood Filler accept?
Minwax® Stainable Wood Filler has been formulated to accept all Minwax® penetrating stains, including Minwax® Wood Finish wood stain and Minwax® Gel Stain.
What makes Minwax® Gel Stain different from traditional stains such as Minwax® Wood Finish™?
As its name implies, Gel Stain has a gelled consistency. The non-drip formula makes it an ideal choice for vertical surfaces. Because it is thick-bodied, it stays more toward the surface of the wood, allowing greater color control during application. In addition, Gel Stain can be applied to non-wood surfaces, including metal and fiberglass, to give them a beautiful wood appearance.
Should Pre-Stain Wood Conditioner be used with Gel Stain?
Yes. Some woods, such as pine and maple, tend to absorb stains unevenly. Before using Gel Stain, Minwax® Pre-Stain Wood Conditioner should be applied to ensure even stain penetration.
What is the best way to select a sheen for my polyurethane coating?
Sheen choice is a personal preference. Satin sheens reflect less light and gloss sheens reflect more light.
What can be done to avoid bubbles in the polyurethane coating finish?
There are four ways. First, stir, don't shake, the can. Second, use a high-quality, natural bristle brush. Third, work the finish into the wood, but don't create excess foam. Fourth, "tip-off" the finish before stopping, carefully running the brush at a 45-degree angle the length of each board in one unbroken movement. This will burst and smooth out any bubbles that may have been created.
How does Helmsman® Spar Urethane differ from other polyurethanes?
Helmsman® polyurethane coating contains special ultraviolet absorbers to help protect wood from the graying and fading effects of the sun. Helmsman® also contains special oils that allow it to expand and contract with seasonal temperatures changes.
Is Helmsman® polyurethane coating suitable for decks and fences?
No. Decks and fences have special requirements for protection against the elements. Use an exterior waterproofing product such as Thompson's® WaterSeal® Waterproofer Plus Clear Wood Protector.
What is the benefit of using Minwax® Wipe-On Poly versus a traditional polyurethane?
Minwax® Wipe-On Poly is easily applied with a cloth, without any drips or brush marks. It is the perfect choice for furniture, interior doors, trim and other woodwork.
How is Minwax® Wipe-On Poly applied?
Minwax® Wipe-On Poly is easily applied by hand, using a soft, lint-free cloth. Put a liberal amount on a clean cloth and rub into the wood. Since it is applied with a cloth, there is no need to worry about drips or brush marks.
Should Minwax® Wipe-On Poly be sanded between coats?
Yes. A light sanding with very fine sandpaper (#220) or fine steel wool will remove any fine particles of dust that may have settled on the finish while it was wet. Allow Minwax® Wipe-On Poly to dry 2-3 hours before applying the next coat. If a third coat is desired, repeat the same procedure.
What is the benefit of using Water Based Wipe-On Poly versus a traditional polyurethane?
Water Based Wipe-On Poly is easily applied with a cloth, without any drips or brush marks. It is the perfect choice for furniture, interior doors, trim and other woodwork. Because it’s water based it has little odor, dries quickly and cleans up easily with warm water.
Can Water Based Wipe-On Poly be applied over Minwax® Wood Finish™ or other stains?
Yes. Water Based Wipe-On Poly is a great way to protect stained wood. Be sure to allow the stain to dry completely before top coating with Water Based Wipe-On Poly.
Can I apply Water Based Wipe-On Poly over the traditional Minwax® Wipe-On Poly oil-based finish or vice versa?
Yes. The two products can be applied over each other as long as the first has fully cured. Follow the directions for the product you are using. Be sure to apply each coat with only one product. Do not finish part of a surface with one topcoat and part with the other as this could result in an uneven appearance across the surface of the wood.
Why does Minwax® Polycrylic® Protective Finish appear milky in the can?
The milk-white appearance is caused by the scattering and reflection of light striking the liquid and the particles suspended in it. The slight haziness disappears on the wood leaving a crystal clear finish.
Does Minwax® Clear Brushing Lacquer require sanding between coats?
No. Since one coat melts into prior coats, there is no need to sand for adhesion. Also, since each coat dries to the touch in 30 minutes or less, there is less time for dust and debris to fall into the wet coating.
What is Minwax® Lacquer Sanding Sealer? How is it used?
Minwax® Clear Brushing Lacquer acts as its own sealer and can be used alone. However, applying Minwax® Lacquer Sanding Sealer provides added smoothness. Minwax® Lacquer Sanding Sealer is formulated to work as a base coat under Minwax® Clear Brushing Lacquer. It is easy to sand, dries quickly, and seals the wood in just one coat. Once sanded, it provides a smooth, even surface that is ready to be top coated with Minwax® Clear Brushing Lacquer.
Can lacquer be used over polyurethane? Can polyurethane be used over lacquer?
No, polyurethanes and lacquers are not compatible with each other. Applying one over the other may cause problems with adhesion.
What type of applicator works best with Minwax® Clear Brushing Lacquer and Sanding Sealer?
Brushing lacquers work best with either a natural bristle or a synthetic bristle brush. When choosing an applicator, the most important factor is selecting a high quality brush with tapered bristles that will enable you to “flow” the lacquer onto the wood. Avoid over-brushing, which can leave brush marks in the dried film. Do not use a foam brush, since it will dissolve!
What surfaces is Minwax® Teak Oil recommended for?
Minwax® Teak Oil is great for indoor and outdoor furniture made from hardwoods and on marine wood surfaces above the waterline.
How do I apply Minwax® Teak Oil?
Minwax® Teak Oil can be applied with a clean cloth or a brush. Apply Minwax® Teak Oil to bare wood or to wood that is free of old finishes, then wipe off any excess moving in the direction of the wood’s grain.
What is the difference between Minwax® Super Fast-Drying Polyurethane for Floors and Minwax® Fast-Drying Polyurethane?
Minwax® Super Fast-Drying Polyurethane for Floors is a durable protective finish specifically formulated for use on hardwood floors. Its professional formula provides superior durability. Its optimized drying technology provides a 25% faster recoat time than regular polyurethanes, and does not require sanding between coats. It applies more easily than regular polyurethane on floor surface, with an advanced anti-settling formula that needs less stirring and has fewer "highs and lows", resulting in an even sheen across the floor surface.
Can Minwax® Super Fast-Drying Polyurethane for Floors be used over Minwax® stains?
Yes, Minwax® Super Fast-Drying Polyurethane for Floors has been formulated to work within the Minwax® system. It can be used over Minwax® Wood Finish™ Stain and Minwax® Gel Stain.
How durable is Minwax® Water Based Polyurethane for Floors?
Water Based Polyurethane for Floors provides durability that is comparable to oil-based polyurethanes. It is significantly more durable than most water-based finishes available to consumers.
What is the difference between Minwax® Water Based Polyurethane for Floors and Minwax® Super Fast-Drying Polyurethane for Floors?
While both products provide superior durability for protecting hardwood floors, Water Based Polyurethane for Floors has little odor, dries in 2-3 hours and application tools clean up with warm water.
How many coats of Water Based Polyurethane for Floors do I need to apply to protect my floor?
Three coats of Water Based Polyurethane for Floors are recommended. Additional coats may be applied for added durability.
What is the purpose of Minwax® Water Based Polyurethane Base Coat?
The Base Coat seals the wood to prevent a tannin reaction between it and Minwax® Water Based Polyurethane for Floors. Many water-based finishes have higher pH levels than oil-based finishes. When they come in contact with the tannins that exist naturally in wood, a discoloration can occur. Water Based Polyurethane Base Coat must be applied on unstained floors prior to applying and Minwax® Water Based Polyurethane for Floors. Applying a base coat may be unfamiliar to DIYers but not to flooring contractors. When using water-based floor finishes, professionals almost always apply a base coat.
How is Minwax® Water Based Polyurethane Base Coat different from Minwax® Professional Formula Sanding Sealer?
Water Based Polyurethane Base Coat is formulated for use with Minwax® Water Based Polyurethane for Floors. Its main function is to seal the wood, preventing a tannin reaction. Applying Water Based Polyurethane Base Coat is required on all unstained floors. Water Based Polyurethane Base Coat should never be sanded. Doing so can expose bare wood and a tannin reaction may result. In contrast, Minwax® Professional Formula Sanding Sealer is formulated for use with Minwax® Super-Fast Drying Polyurethane for Floors (oil based). Its function is to provide a first coat that is then sanded smooth to remove any imperfections.
How important is it to properly clean my deck before applying a waterproofer?
Proper surface preparation is necessary for the best waterproofer application and performance. All exterior wood—from decks to fences to siding—should be cleaned before sealing, staining or painting to remove dirt, stains from mildew and mold, waterproofers, wood stains, paint and other contaminants. Even new wood can have dirt or other invisible barriers to the penetration of a coating.
How do I know which type of cleaner to use for my wood before applying a waterproofer / decking oil?
It's important to choose the right cleaner for your project to ensure the best adhesion during the waterproofing process. Use the below guide as a reference when selecting a surface cleaning product:
To remove stains from dirt, mildew, algae & fungus stains and there is little or no trace of a residual finish, use Thompson's® Water Seal® Deck Wash.
To remove weathered clear & tinted waterproofers or semi-transparent stains in addition to stains from dirt, mildew, algae & fungus, use Thompson's® Water Seal® Heavy Duty Deck Cleaner.
On EXTERIOR SURFACES such as Wood & Composite Decks, Fences, Concrete & Masonry, Outdoor Furniture, Roofs & Siding, to remove stains from dirt, mildew, algae and fungus with a non-bleach, chlorine-free oxygenated foaming formula, use, Thompson's® WaterSeal® Oxy Foaming Action Exterior Multi-Surface Cleaner.
Does water beading prove a surface is waterproofed and protected from water damage?
Beading alone is not a measure of water repellency. It is just a surface phenomenon - remember, water will even bead up on a dirt field when it starts to rain. Some products are formulated to produce water beading on wood but do not effectively protect the wood from water penetration and damage. The best way to tell if a surface is waterproofed is to use the "Splash Test." Pour a little water on the surface. If it darkens, the water is penetrating and the surface needs to be protected. If it beads, rolls off or stands on the surface, but does not darken the surface, it is protected. Thompson's® WaterSeal® waterproofers penetrate the wood so that even after the beading is gone, the waterproofing protection lasts.
Can water-based waterproofers work as well as oil/solvent-based waterproofers?
Yes. Thompson's® WaterSeal® Advanced waterproofers, which are water-based, offer the highest level of waterproofing protection available. In fact, they far exceed the industry standard for waterproofing wood.
Where else can Shield-Crete™ Epoxy be used besides garage floors?
Shield-Crete™ is also great for basement floors, laundry room floors, storage areas, patios or landings.
Why does Shield-Crete™ not require acid etching while most other epoxies do?
Shield-Crete™ Garage Floor Coating is an industrial strength epoxy available to use.


30" x 60" Wholesale fiber reactive Print Beach Towels printed with brightly colored seashells including conch shells, triton trumpet shells, sand dollars, starfish and other colorful shells on beach sand. This colorful seashells print beach towel has brightly colored shells and starfish on beach sand and is perfect for beach shops and souvenir and gift shops. Fiber reactive dyes form permanent covalent bonds with the cellulose fiber in cotton. This enables the towels to stay bright for years. Fiber reactive dyes are permanent dyes. Unlike inks, they do not rest on the fabric or coat the fabric; they chemically unite with the molecules that make up the fabric. They become part of the fabric. .


ВВГ, ВВГ-П, ВВГнг (А), ВВГ-Пнг(А), ВВГЭ, ВВГЭнг(А), shielded
Conductor: single core «sc» or multicore «mc», or sectoral mould with conductive copper conductor cross-sections from 1.5 mm² to 1000, class 1 or 2 according to GOST 22483-77.
Insulation: (without index) made from PVC-compound, , index ng(A) made from PVC-compound low fire danger. Insulated conductors are color-coded: neutral conductor (N) – blue color, earth conductor (РN) – yellow-green color, please order in advance another color.
Shield: made from copper wire or copper tapes for ВВГЭ, ВВГЭнг(А)
Inner filling and over sheath: without index made from PVC-compound, index ng(A) made from PVC-compound low fire danger Natural coloring with black over sheath , please order in advance another color
Rated voltage, number and conductor cross-sectional area:
|Mark||Number of conductor||Rated voltage, kV|
|conductor cross-sectional area, mm²|
|1||1,5 — 50||1,5-1000||10-1000|
|2 — 5||1,5–240|
Cables are intended for power transmission and distribution on a rated voltage of 0.66; 1 and 3 kV rated frequency 50 Hz for stationary cable lines power equipment.
The cables meet the requirements of GOST 31996-2012 «Power cables with plastic insulation for rated voltages of 0,66; 1 and 3 kV».


Calcium is a chemical element with symbol Ca and atomic number 20. An alkaline earth metal, calcium is a reactive pale yellow metal that forms a dark oxide-nitride layer when exposed to air. Its physical and chemical properties are most similar to its heavier homologues strontium and barium. It is the fifth most abundant element in Earth's crust and the third most abundant metal, after iron and aluminium. The most common calcium compound on Earth is calcium carbonate, found in limestone and the fossilised remnants of early sea life; gypsum, anhydrite, fluorite, and apatite are also sources of calcium.
The name derives from Latin calx "lime", which was obtained from heating limestone. Its compounds were known to the ancients, though their chemistry was unknown until the seventeenth century. It was isolated by Humphry Davy in 1808 via electrolysis of its oxide, who named the element. While the pure metal does not have many applications due to its high reactivity, it is often used as an alloying component in small quantities in steelmaking, and calcium–lead alloys are sometimes used in automotive batteries. Calcium compounds on the other hand are very widely used in many industries: for example, they are used in foods and pharmaceuticals for calcium supplementation, in the paper industry as bleaches, in cement, in the manufacture of soaps, and as electrical insulators.
Calcium is the fifth most abundant element in the human body and the most abundant metal. Calcium ions play a vital role in the physiology and biochemistry of organisms and the cell as electrolytes. They play an important role in signal transduction pathways, where they act as a second messenger, in neurotransmitter release from neurons, in contraction of all muscle cell types, and in fertilization. Many enzymes require calcium ions as a cofactor. Calcium ions outside cells are also important for maintaining the potential difference across excitable cell membranes, as well as proper bone formation....LESS


Wire electrical discharge machining (EDM) is a process of metal machining in which a tool discharges thousands of sparks to a metal workpiece. A non-conventional process, though hardly a new one, wire EDM works on parts resistant to conventional machining processes, but only if these parts are electrically conductive; usually, they are non-ferrous, and include steel, titanium, superalloys, brass, and many other metals. Instead of cutting the material, EDM melts or vaporizes it, producing comparatively small chips and providing a very accurate cut line. Industry-wide acceptance has led to a wide variety of EDM applications, as it is highly versatile, can cut hard metals, and utilizes a relatively compact amount of workspace.
There are two main types of EDM: conventional, or sinker, and wire, or wire cut. Conventional EDM, as described above, uses a tool to disperse the electric current. This tool, the cathode, runs along the metal piece, the anode, and the electrical current reacts to melt or vaporize the metal. As a result of the dielectric fluid, usually a hydrocarbon oil into which both the cathode and the workpiece are immersed, the minute chips produced by the process wash away from the piece. Wire cut EDM (or WCEDM) discharges the electrified current by means of a taut thin wire, which acts as the cathode and is guided alongside the desired cutting path, or kerf. The dielectric fluid in this case—usually deionized water—is flushed through the cut as it proceeds, again serving to carry off particles and control the sparks. The thin wire allows precision cuts, with narrow kerfs (~0.015 in. routinely, with finer kerfs available) and tolerances of +/- 0.0001 in. possible. This heightened precision allows for complex, three-dimensional cuts, and produces highly accurate punches, dies, and stripper plates.
Wire cut EDM equipment is run by computer numerically controlled (CNC) instruments, which can control the wire on a three-dimensional axis to provide greater flexibility. Simple cuts are done by varying the x-y coordinates of the cutter with more complex cuts achieved by adding axes of motion to the wire guides. Both four- and five-axis wire EDM machines and services are available. Whereas conventional EDM cannot always produce tight corners or very intricate patterns, wire EDM’s increased precision allows for intricate patterns and cuts. Additionally, wire EDM is able to cut metals as thin as 0.004 in. and thicker materials upwards of 16 in. routinely, with thicker sections possible. At a certain material thinness, wire EDM will simply cause the metal to evaporate, thereby eliminating potential debris. The wire of a WCEDM unit emits sparks on all sides, which means the cut must be thicker than the wire itself. In other words, because the wire is surrounded by a ring of current, the smallest and most precise cutting path possible is the added diameter of the ring and wire; technicians easily account for this added dimension. Manufacturers continue to produce thinner and thinner wire to allow for smaller kerfs and even finer precision.
Because of its versatility, manufacturers use EDM wire cutting machine operation for an extensive range of applications. Because the process can cut very small pieces, it is often an ideal choice for the production of small, highly detailed items that would normally be too delicate for other machining options. Additionally, the process is cost-effective for low quantity projects and can prove to be beneficial in prototype manufacturing, even if the actual project is carried out by different means.
It is important to remember that the wire in the process is constantly moving, and not to be reused. As a result, the copper, brass, or other metallic wire can be miles long, adding cost to the process. And, while the process uses no force and thus does not cause burrs and can be used on delicate items, the possibility of thermal stress is certainly present.
Most machining operations using wire EDM begin with a rough pass with a fairly fast feed rate and high dielectric flow. Successive skim passes take smaller cuts with a reduced dielectric flow to bring finished surfaces into tolerance. The reduced dielectric flow avoids distorting the wire during these skim passes.
Cuts that do not begin along an edge of a part (such as holes) require predrilling to allow the wire to thread through. Many wire EDM machines are fitted with small hole drilling electrodes for this purpose, permitting starting holes to be made in hardened steels without the use of conventional drills. Small hole drills usually employ an EDM electrode mounted in a spinning mandrel with dielectric pumped through the electrode to flush the hole. The process of making small holes in hardened material using standalone EDM drills is sometimes referred to as hole popping.
A major advantage of wire EDM over conventional EDM is that the continuous supply of wire minimizes the wear that occurs with a fixed electrode. A wire EDM machine can consume a lot of wire, however, adding expense. Many wire EDM machines are self-threading so that if a wire breaks the process can be continued almost without interruption.
Another major advantage is that parts may be cut after heat treatment which eliminates the possibility of distortion arising from post-machining treatments. Also, because the wire EDM method exerts no tooling pressure upon the workpiece, small, delicate parts are easily machined. Fixturing requirements are minimal compared to conventional machining methods. Very fine surfaces are possible.


Metal finishing and plating processes use significant amounts of water for cleaning, rinsing, and plating steps that must be collected and often dewatered for disposal by industrial submersible pumps. Industrial pumps used in metal finishing plants must be able to handle strong acids, heavy metal or oil-containing waste. Pitbull Pumps are ideal for these applications since their simple design foregoes seals, motors and diaphragms that often fail from exposure to caustic liquids.
What Metal Finishing & Plating Applications Can Pitbull Pumps Handle?
- Grit chambers
- Sludge transfer
- Sewage lift
- Hot condensate
- Dirt/debris/oil/grease waste water
- Oil Water Separators
- Non-emulsifying water and hydrocarbon pumping
- Metals recovery
- Sludge dewatering
- Disc grinding slurry
- Neutralizing sumps
- Grit sumps
- Acid neutralizing tanks and sumps
- Sludge dewatering/filter-press feed
- Slurry transfer
Contact us for more information about these metal finishing and plating applications. Want to get down to brass tacks now? Submit an application data sheet for the type of pump you need, and we’ll get back in touch soon with information on the right pump for your situation.


Chemical Associates is a marketer, manufacturer and supplier of chemical products based on renewable and sustainable resources. We specialize in oleochemicals including fatty acids, fatty alcohols, glycerine and their derivatives.
We monitor international trends in the renewable resources markets to ensure a sustainable and consistent supply of products meeting the needs of our business partners.
Our market and technical specialists utilize their collective knowledge to tailor products and services for numerous market areas including asphalt, candles, flavors, industrial lubricants, industrial cleaners, plastics, paints, paper, and rubber.
We are known in the marketplace as a highly capable, competent and dependable supplier of consistent quality products. We are your prime access to worldwide resources.
Welcome to Chemical Associates


It is a kind of packaging technology. It is a technology tosolve the problem of LED lamp protection. It uses an advanced new transparent material to package thesubstrate and its LED package unit to form effective protection.
This material not only has ultra-high transparency but alsohas superior thermal conductivity.
The GOB can be adapted to any harsh environment with a smallgap to achieve true moisture, water, dust, impact and UV resistance.
Compared with the traditional SMD, it is characterized byhigh protection, moisture-proof, waterproof, anti-collision, and anti-UV. Itcan be applied to more harsh environments and avoid large-scale deadlights andlights.
Compared with COB, it is characterized by simplermaintenance, lower maintenance cost, larger viewing angle, and 180-degreehorizontal viewing angle and vertical viewing angle.
The production steps of the GOB series new products areroughly divided into 3 steps:
1. Choose the best quality materials, lamp beads, industryultra-high brush IC solutions, high quality LED chips 2. After the product is assembled, aging for 72 hours beforeGOB filling, the lamp is tested 3. After the GOB is filled, it will be aged for another 24hours to confirm the product quality again.


ŞİŞECAM FLAT GLASS SHOWROOM
Şişecam Flat Glass Showroom project, designed and executed by Demirden Design, invites the visitors into an exploration into the nature of glass.
The showroom, located inside the Şişecam Headquarters in Tuzla, Istanbul is surrounded by an innovative outer shell proposing a new façade system for contemporary architecture. This structure serves as a transparent screen that represents creative applications of Şişecam Flat Glass’s architectural glass products.
The showroom, in which the products are explored through experiences, evokes a deep sincere feeling with the use of raw materials. The illuminated wall creates the illusion of hundreds of glass samples flying in the air. It forms a large picture that lets the visitors experience the transparencies of various glass types under different light conditions.
The Safety and Security Glass cabin showcases the impact-resistant glass types developed by Şişecam. The visitors can take part in a test, measuring the resistance of laminated glass. Right next to it, the Noise Control Glass cabin creates an entertaining experience.
Solar Control Low-E Glass test tunnel aims to show the effects of heat and solar control on different types of glasses. One can go through the high temperature tunnel surrounded by infrared lighting and experience the difference between heat and solar control glass and standard glass in person.
The unit that exhibits 130 different glass types of various characteristics and compositions lets the brand present its wide product range altogether. The functional design with the sliding system makes it easy to examine each product separately. Each product’s technical specifications can be seen on the handles within a specifically developed coding system. This system allows visitors to obtain detailed information about each glass combination.
The unit carrying the heat control glass is designed to let the visitors feel the strength of isolation through tactile senses. It carries four different types of glass that the visitors can touch and measure the difference in heat isolation.
Şişecam Flat Glass Showroom lets the visitors experience the brand’s leadership in the world of glass via its wide range of product families.
Photography: © İbrahim Özbunar


Materials Science and Technologies
Dr. Hüsnü Gerengi is a professor in the Department of Mechanical Engineering at the Duzce University in Turkey. He is the representative member of his country in the International corrosion council (ICC) since 2015 http://icc-net.org/team_member/turkey/. His subject expertise and focus is on corrosion and corrosion control, corrosion-resistant materials, corrosion inhibitors – principles and mechanisms.
He is the first researcher who used Dynamic Electrochemical Impedance Spectroscopy (DEIS) method in corrosion inhibitor studies. He investigates the long term evolution of impedance in a corrosion cell on adding an inhibitor. Through this technique, he can quantify and qualify the effectiveness of inhibitors and coatings. Besides corrosion, he has research interests in plastic material technology, rubber material technology and plastic & rubber additives. His dynamic and well-equipped laboratory has currently become a knowledge and research centre for many postdoctoral researchers, doctoral students, masters and bachelors degree students. Corrosion-resistant steel, Al, Cu and brass alloys, Mg-based bioresorbable medical implants and corrosion resistant construction materials are some of the ongoing topics for research in his laboratory.
He has given numerous invited lectures at many national and international conferences and has authored more than 40 SCI scientific papers in high impact journals. He has seven ongoing patents to his credit based on boron-doped corrosion inhibitors.


1.7 Å resolution crystal structure of C. immitis RpiB bound to malonic acid. The coloring is the same as used in earlier figures with one protomer in gray and the other in green. Hydrogen bonds are shown as dashed lines. A The |Fo|-|Fc| map calculated with model phases lacking the malonic acid residue is shown in green mesh contoured at 3.0 σ. B The 2|Fo|-|Fc| map calculated with model phases containing the malonic acid residue is shown in blue mesh contoured at 1.0 σ.


Sailun SDL70 EFT Closed Shoulder Drive is a premium closed shoulder drive tire designed with a 240 mm wide footprint and 30/32″ tread depth to deliver maximum mileage, stabilty and ride comfort. The SDL70 EFT has “slim bead” technology incorporated to reduce rolling resistance and improve fuel economy. The SDL70 EFT utilizes new Advanced Compound Technology tread compound. Advanced Compound Technology is produced by mixing in a fluid state for the best compound dispersion. The benefit of Advanced Compound Technology is maximized mileage, wet traction and rolling resistance without compromise.


Autoseal Pressure Sealers
The AutoSeal® FD 2096 uses patented pressure seal technology to efficiently process cut-sheet pressure seal forms in a mid-volume production environment, at speeds of up to 30,000 forms per hour.
- Bottom-suction air-feed
- Rugged fold plates
- Sound-dampening covers
- 24" output conveyor
Its bottom-suction air-feed system provides accurate feeding and allows for continual loading of forms, dramatically reducing down time.
Set-up is quick and easy with rugged metal fold pates, clearly marked with both standard and metric markings, and fold rollers made of heavy-duty polyurethane foam, which eliminates the need for gap adjustments. The sealing unit utilizes a 17” ball transport deck for a smooth, reliable transition from the fold rollers into the sealer, and requires no adjustments.
User-friendly features include sound-dampening fold plate covers for quieter operation, a 6-digit resettable LED counter, rugged locking casters, and a high-capacity 24” output conveyor which is collapsible for convenient storage when not in use.
Heavy duty construction combines with quick set-up and operation to make the FD 2096 a powerful solution for processing mid-volume pressure-seal mailings.


DEVELOPMENT OF SHAPE MEMORY ZIRCONIA PARTICLES AND POWDER COMPACTS
Shape memory Zirconia ceramics (SMCs) has many potential applications in energy storage and energy damping because of its unique shape memory and superelasticity properties - i.e. the ability to change its shape upon loading and fully recover after unloading or heating. In this work, the monodisperse Zirconia ceramic particles with excellent shape memory and superelastic properties have been synthesized by a sol-gel processing method and assembled into a 3D architecture. Iterative processing of the SMC particles and 3D SMC architectures were successfully completed by fine tuning the sol-gel processing conditions and assembly conditions respectively. The obtained sol-gel derived SMC particles were extensively characterized by XRD, FESEM and in-situ micro-compression. Our results show that the monodisperse particles with average diameters of 3 µm can be synthesized by having optimized parameter conditions where acid concentration was 0.075 M and water concentration is 0.6 M, inclusive of a 18 mol%-20 mol% Ceria (Cerium IV Oxide). Apart from having large particles, the monodispersity in the size distribution of the particles was significantly dependent on acid and water concentrations. Tetragonal phase can be stabilized at room temperatures in these micro-scale Zirconia single particles which was essential for stress-induced martensitic transformation upon applied loadings. The single particles exhibit excellent shape memory properties (Shape Memory Effect, SME) with up to 80% recoverable shear strains.
3D SMC architectures have been assembled by utilizing the optimized synthesis parameters producing as-sintered sol-gel powders and also additional spray dried powders which have an average particle size between 5 to 20 µm. Multi-cycle uniaxial compressions of the 3D SMC architectures show that higher porosity (i.e. a less-densely packed powder compact) resulted in higher energy dissipation. Finally, overall optimization of the processing protocols towards the ceramic bodies with enhanced energy damping capacity have been achieved.


9. We all know that Tungsten, which has a Melting point of 3422 °C and boiling point of 5555 °C, had been used as filaments in bulbs and Fluorescent lamps since 1906, when the tungsten filament was introduced. the efficiency of the Tungsten filament increased when William D. Coolidge at
(GE) General Electric produced a ductile form of Tungsten, which was available as powder at that time. Today’s lamps use coiled-coils of the Tungsten filament. Which among the following is the benefit of using the coiled-coils?


Most often used as a roofing solution in commercial and industrial projects, metal tiles can also be seen on some residential roofs.
However, because of their characteristics, metal shingles may not be the most suitable solution for those looking for safe, durable and cost-effective residential coverage.
Get to know the metal roof tile options available on the market and better understand the pros and cons of each one! Contact CCXteriors serving Pocatello, ID to see if metal tiles work for you!
Types of Metal Tiles
- Conventional corrugated
Available in the market with thicknesses ranging from 0.4 to 0.7 mm, conventional corrugated metal tile is most often used in small roofs with smaller spans.
Occasionally, the material can be used for arched roofs, but in this case, they require special attention to ensure the safety of the work and the durability of the roof.
One of the biggest disadvantages of this type of material is related to the lack of acoustic comfort. As smaller spaces generally do not have sound insulation, noise on days of heavy rain or hail can be quite uncomfortable.
Another disadvantage of this type of tile is its low durability, as the material is subject to kneading, which can lead to constant maintenance. In addition, the finishes used in the assembly of the metal structure can also rust if not specially treated, which increases the total cost of the project.
- Conventional trapezoidal
One of the most common metal roof tile models, trapezoidal conventional tile is most often used in commercial and industrial buildings, although it can be seen in residential real estate.
Available in the market in a wide range of dimensions and thicknesses, conventional trapezoidal metal tile can also be used for side closures of industrial designs.
Additionally, this type of metal tiles can be obtained in factory painted versions, which increases its resistance to both ultraviolet and weathering action, as well as offering better aesthetic performance.
In addition, both trapezoidal and corrugated tile can undergo a galvanizing or zinc plating process to protect the material from corrosion.
One of the biggest disadvantages of this type of tile is that, because it is heavier, it requires a more robust structure to support its weight, which increases construction costs.
- Trapezoidal self-supporting
This tile model is most commonly used in large-span constructions, as it does not require a metal frame along these spaces.
Due to these characteristics, trapezoidal self-supporting metal tiles are most commonly used in large buildings such as industries, warehouses, and distribution centers.
Although it is easy to install, the thin thickness of this type of metal tile makes the material more subject to the instability of various natures, which reduces the safety of the project and can increase the maintenance costs of the roof.
The lining metal tile is so named because it is made up of three layers – one of trapezoidal metal tiles, one of polyurethane foam injections and a third of PVC coating – which makes it look similar to that of a lining.
This is also the reason why this type of material offers good thermal and acoustic comfort but has less resistance than other tile models, which increases the chances of deformation and, consequently, leakage and infiltration.
- Thermoacoustic Tile or sandwich
Quite similar to the ceiling tile, as it also has three layers, the thermoacoustic tile, also called sandwich tile, has an expanded polystyrene (EPS) layer that is pressed between two other layers of metallic trapezoidal tile.
While offering good thermal and acoustic comfort, sandwich tile requires a high investment compared to other roof covering solutions.
- Zipped Metal Tiles
Zippered metal tiles have as their main feature the large dimensions – it is possible to find, for example, single pieces of 60 or up to 120 m in length – with a mechanical seam between the profiles, which allows the continuous installation without the use of fasteners, such as screws and connecting tapes.
For this reason, they are most often used in large roofs with low inclination. However, due to their dimensions, they require considerable space on the site to be profiled. In addition, they increase labor costs, as the handling and installation of parts of this size require a larger staff.
- Roll-on Metallic Tiles
In this type of roofing, coils of metal shingles are used. Along with that, zincalume, galvanized or pre-painted are unrolled over a set of trusses. This roofing solution reduces the chances of leaks and leaks, as the tiles have the full length of the design and do not need seams, holes, and overlaps.
Due to its specific characteristics and the high cost of the material, this option is not usually used in large buildings such as shopping malls, industries, and distribution warehouses.


Same-day smile transformations
Minor imperfections can damage your confidence. Chips, cracks, discolouration, thinning enamel, gaps and crooked teeth can make it difficult for you to smile with confidence.
Composite bonding is a revolutionary new treatment that can fix minor imperfections in just one visit. Instead of creating a porcelain crown or veneer, the material is applied directly to the teeth and shaped. This also means minimal preparation of the underlying tooth structure.
What is composite bonding?
Composite Bonding is when a white filling material is bonded to the enamel of your tooth to repair chips or to improve the shade and shape or even to close small spaces between teeth. Unlike porcelain veneers, which are manufactured in a laboratory and require your dentist to drill away some healthy tooth structure, composites can be applied in one visit with no tooth removal.
what are the main benefits of composite?
- Composite bonding is minimally invasive (minimal amount of healthy tooth reduction is required)
- Immediate results – Composite bonding can often be accomplished in one visit.
- Easily repairable and usually reversible.
- Beautiful tooth like appearance
- Often does not even require an injection.
Am I a candidate for composite bonding?
Most people are candidates for this procedure. One of the main stumbling blocks however is the bite. If there is a heavy biting contact on a tooth that has had composite bonding, it may fracture off.
Is composite bonding painful?
Not at all. Bonding is painless and often performed without the use of an anaesthetic since very little tooth removal is necessary.
Are composites natural looking?
Yes. Composite bonding is one of the most natural-looking cosmetic dental restorations if done properly. However, porcelain can sometimes be slightly better.
Does composite stain or discolor?
In time composites can stain. At Devonshire Dental Care we use Venus Pearl which is a very stain resistant composite if polished correctly. Even so you may require the composite to be buffed every few years or a new layer of composite added to replenish its gloss finish.
Does a bonded tooth require extra care?
Yes. In order to prevent fracture, it is advisable to avoid biting into hard objects such as ice cubes and hard sweets. Fingernail biting should also be avoided.
how long does composite last?
Good oral hygiene can improve the lifespan of your composite bonding. If you have good oral hygiene you may expect more than 2 years from a composite before it needs to be replenished.
Is composite bonding expensive?
Composite bonding is generally the least expensive of all cosmetic dental procedures. At Devonshire Dental Care our composites bonding options start at £210 per tooth.
How much time does composite bonding require?
Most bonding procedures can be completed in one visit resulting instantly in a beautiful smile. The length of the visit varies according to the procedure.
Who should consider composite bonding?
People of all ages can benefit by the cosmetic technique of bonding. Children, adolescents and adults can improve their smiles and appearance with composite bonding. Be sure to ask your dentist about how composite can benefit your smile.
How does composite bonding work?
Composite bonding uses a resin material, similar to that used in white fillings. Your teeth are prepared to allow the composite material to bond to your teeth. The composite resin is then carefully colour matched to the surrounding teeth.
The material is applied directly to the tooth, shaped and then hardened with a UV light. You can leave the practice with a dramatically different smile the same day, with no need to wait for crowns or veneers. You can have composite bonding applied to a single tooth or multiple teeth to create subtle but impactful changes to your smile.
What can composite bonding fix?
Composite bonding is ideally used for minor imperfections. This can include chips, cracks and uneven edges. It can also change the shape of a tooth, making it appear straighter, which can be a great alternative to veneers. Composite bonding can close gaps in your smile, which makes it an excellent alternative to braces.
In cases of thinning enamel, the ends of your teeth might appear darker and have jagged edges. Composite bonding will not only help to improve the appearance of thinning enamel, but it will also help to protect the underlying structure. And finally, composite bonding can also make your teeth appear whiter. This is ideal if you are unable to whiten your teeth with traditional teeth whitening.
Do you offer composite veneers?
By applying composite bonding to multiple teeth, it’s possible to create the illusion of a veneer, without the need to prepare the underlying tooth structure. If you are on a budget, this type of treatment can be a welcome alternative to porcelain veneers.
The benefit of a composite veneer is that it isn’t permanent. The composite material will wear down over time, which will give you the opportunity to decide if you would like to invest in veneers or reapply the composite bonding treatment.


The bowl set Bambex consists of 4 bowls in 4 different colours (red, black, white and green). Each bowl comes with a lid and anti-slip bottom. The bowls are made from a durable, non-toxic and dishwasher safe material with the same optics and characteristics like melamine. A mixture of bamboo and melamine resin serves as a binding agent (< 1mg/kg).
Set: 4 pieces
Content/Capacity: 0.5 l
Pack Size: 13.5 × 13.5 × 16.5 cm
Weight: 660 g


The UK could be set to face “significant challenges” in its ability to recycle household plastic packaging, with reprocessing infrastructure potentially needing to double, according to new research by RECOUP.
RECOUP has released an update of its Household Plastic Packaging Sorting and Infrastructure Report, which aims to inform and provide context around the design of a new tax on the production and import of all plastic packaging that doesn’t include at least 30% recycled content.
The report highlights how the UK’s infrastructure to sort plastic packaging to the required quality and reprocess this material needs to increase in order to handle the additional demands created by both the recycled content target and also to service ambitious commitments by brand leaders to increase circular and environmentally sustainable manufacturing.
Reforming and delivering a well-designed Packaging Producer Responsibility System in the UK is essential to deliver the infrastructure to meet a recycled content target
With the Treasury set to implement the Plastic Packaging Tax, which is currently in its second round of consultations, in April 2022, there is a level of urgency to understand the impact of this and how this recycled content target can be achieved.
Currently, RECOUP report that sorting capacities at Material Recycling Facilities (MRFs) and Plastic Recovery Facilities (PRFs), by volume at least, is not a barrier to meeting a 30% recycled content target.
The UK has an estimated annual permitted MRF capacity of between 1.6 and 1.9 million tonnes for sorting plastic packaging, and an estimated actual throughput of up to 1,000,000 tonnes.
However, research found there are significant shortfalls in reprocessing capacity, with an estimated current operational output of 230,000 tonnes. There are also particularly challenging commercial conditions and fine profit margins in this sector, with very specific operational and technical challenges around reprocessing plastic film, non-bottle PET and food grade packaging.
Scenarios detailed in the report show the extent of which capacities may be unable to cope with specific changes and requirements. When comparing the reprocessing capacity against 30% recycled content from plastic packaging types placed on the market, there are significant shortfalls.
The research conducted by RECOUP in producing the Infrastructure Report highlights the need for the UK to shift towards more domestic recycling in the UK…
These scenarios suggest that the UK’s reprocessing capacity may need to increase by 100% to meet 30% recycled content in all household plastic packaging placed on the market, and by over 200% to meet that target for food grade rigid household plastic packaging.
Steve Morgan, Policy & Infrastructure Manager at RECOUP, said: “The research conducted by RECOUP in producing the Infrastructure Report highlights the need for the UK to shift towards more domestic recycling in the UK, in order for the industry to be able to cope with the increasing demands for high-quality recycled plastic.
“Reforming and delivering a well-designed Packaging Producer Responsibility System in the UK is essential to deliver the infrastructure to meet a recycled content target.
“This would provide the underpinning foundations to ensure the necessary investment and confidence are in place for a sustainable business model to build and maintain the required recycling infrastructure for plastic packaging.”


Welcome to Quick Parts, the leading provider of high-quality metal fabrication and 3D printing solutions. With our expertise in both fields, we offer comprehensive services to meet all your manufacturing needs. Whether you are in search of skilled Metal Fabricators or advanced 3D Printing technologies, Quick Parts has got you covered.
At Quick Parts, we take immense pride in our proficient team of Metal Fabricators. Our skilled professionals are equipped with state-of-the-art tools and technology to deliver top-notch fabrication services. From custom metal parts to intricate designs, we have the expertise to handle diverse projects of any scale.
When it comes to metal fabrication, precision is crucial. Quick Parts ensures that every project is executed with utmost accuracy and attention to detail. Our knowledgeable fabricators combine their industry experience with advanced tools to produce components that meet the most stringent quality standards.
Wide Range of Materials
Quick Parts offers a wide range of materials for metal fabrication, including steel, aluminum, stainless steel, and more. Whatever your project demands, our team will guide you in selecting the most suitable material that meets your specifications. We prioritize durability, functionality, and aesthetics in every fabrication project we undertake.
Customization at Its Best
Quality is our hallmark, and customization is our strength. Quick Parts understands that each project has unique requirements. Our Metal Fabricators work closely with clients to comprehend their needs and deliver tailor-made solutions. Whether it's a prototype or a large-scale production, we excel at turning your ideas into reality.
In addition to our Metal Fabrication services, Quick Parts specializes in cutting-edge 3D Printing technologies. We leverage the power of additive manufacturing to bring your designs to life with unparalleled precision and speed.
Quick Parts harnesses the latest advancements in 3D Printing technology to deliver exceptional results. Our team stays up-to-date with the latest trends and techniques to ensure we are at the forefront of the industry. From selective laser sintering (SLS) to fused deposition modeling (FDM), we have the expertise to handle various methods and materials.
Prototyping and Rapid Production
With 3D Printing, Quick Parts offers rapid prototyping and cost-effective production options. We understand the importance of quick turnaround times in today's competitive market. Our efficient 3D Printing process allows us to create high-quality prototypes and functional parts swiftly, enabling you to iterate and validate your designs efficiently.
Complex Geometries Made Simple
The beauty of 3D Printing lies in its ability to manufacture intricate and complex geometries that traditional methods struggle with. Quick Parts embraces this advantage, empowering businesses to bring their most complex ideas to life. From complex internal structures to intricate organic shapes, our 3D Printing capabilities unlock endless possibilities.
Quick Parts stands out among cast urethane companies due to our commitment to excellence and seamless integration of Metal Fabrication and 3D Printing technologies. We offer cast urethane services that meet the highest industry standards, providing you with parts that are durable, functional, and visually appealing.
Quality Urethane Materials
When it comes to cast urethane, material selection plays a vital role. Quick Parts offers a wide range of urethane materials with varying properties to suit your specific application needs. Whether you require flexibility, hardness, or resistance to chemicals, our team will help you select the most suitable material for your project.
Precision Molds and Tooling
Quick Parts excels at precision mold making and tooling for cast urethane manufacturing. Our skilled technicians utilize advanced CAD/CAM software and CNC machining to create molds that ensure accurate and repeatable results. With our expertise, we can achieve complex shapes, fine details, and tight tolerances to meet your project requirements.
Prototyping to Production
Quick Parts offers seamless transitions from prototyping to production for cast urethane components. Our experienced team works closely with you throughout the process, providing insights and guidance to optimize your designs and manufacturing strategies. We are committed to delivering the highest quality cast urethane parts, ensuring your project's success.
Quick Parts is your trusted partner for all things related to Metal Fabrication, 3D Printing, and cast urethane manufacturing. With our skilled Metal Fabricators, advanced 3D Printing technologies, and expertise in cast urethane, we provide comprehensive services to bring your ideas to life. Contact Quick Parts today to discuss your project requirements and experience unmatched quality and customer satisfaction.


This comfortable ring features a red, teardrop shaped Rosarita stone set atop a thin sterling silver band.
- Size: 6
- Setting: 15 x 8 mm
Rosarita is not a true stone, but rather the by-product of the gold smelting process from the 1940s to the 1970s. Since the 1970s the gold smelting process has been refined and Rosarita is no longer produced--making this a rare stone and a small piece of history!


Light iron, shearing, brake discs, 12c, steel cuttings
All grades of:
- Electric Motors
- Stainless steel
- Nickel-based Alloys
- Brass/Copper Radiators
What’s involved in metal recycling?
Metal recycling has a long history. As early as WWII there were efforts to collectively save and reprocess metals to aid the war effort. Part of the reason for this interest is the ease of magnetically sorting steel and iron (ferrous metals). Modern recycling equipment can identify many kinds of metals, although more complex technology is required to separate non-ferrous metals.
Basic metal sorting involves separating ferrous from non-ferrous metals. Ferrous metals contain iron, and are attracted by magnets. This allows iron and steel to be pulled from a waste stream easily. Large pieces of scrap can be moved by cranes fitted with an electromagnet. This type of machinery is most often seen at automotive salvage yards.
Mixed or partially sorted waste streams contain easily identified fractions of ferrous metals and aluminum. When an electric current is induced across the materials, metals are affected, and any non-metal contaminants are not. This is known as eddy current separation. Most materials recovery facilities now use this type of metal recycling equipment. Even though aluminum is not magnetic, eddy currents can levitate it, allowing plastics to drop out of the process, and the aluminum to be removed.
Because of the value of copper, lead, gold, silver, platinum and palladium, if enough scrap can be collected, it becomes economically viable to recover precious metals from electronic waste. This process requires more technologically advanced metal recycling equipment. The use of sensors to identify metals through x-ray and infra-red scanning is becoming more common in large facilities.
Large-scale metal recycling of mixed materials is accomplished best by pre-shredding the items to reduce the size of the pieces. This increases surface area, and helps isolate smaller fractions.
If you are interested in buying or selling something which isn’t showing on the above list, Please call us and we will be happy to speak with you.