Q: Can I use marble on my kitchen counters/bar countertops?
A: Yes, but be aware marble (and limestone and travertine) are calcium carbonate, and their polished surface is more vulnerable to household acids including vinegar, mustard, catsup, citrus and a host of other food-related products. These acidic substances cause a chemical reaction, which will remove the polish. Additionally, marble and limestone can be scratched more easily than harder stones such as granite.
Q: Why is granite preferred for kitchen/bar countertops?
A: Countertops in kitchens and bar areas are often exposed to acidic substances such as lemon, vinegar, alcohol, and tomato sauce. Granite is the hardest and densest of all natural stones. The feldspar content keeps it water resistant and the silicates it contains won’t react with acid. These properties help granite resist staining and retain its fine luster over a longer period of time than other stones.
Q: Why is marble preferred for bathrooms and fireplaces?
A: Homeowners often enjoy bathrooms with bold colors and smooth, flowing patterns. Marble is the perfect choice for this application due to its wide spectrum of available colors. It also lends itself well to carved patterns and details, creating both traditional and artistic designs. While kitchen countertops are often exposed to acidic substances, bathroom countertops are more likely to be exposed to alkaline products, which do not react with marble.
Q: How much variation can I expect from the sample of stone shown?
A: Each stone is unique, and some types of stone display more variation between the pieces than others. Granites show little variation in color, but may have differing patterns and grain density. Slates tend to show a wide variation in color, even within a bundle.
Q: Can I cut on my granite countertop?
A: Granite is harder than your knife blades and will dull them very quickly if you use the countertop as a cutting surface. Always cut and chop on a wooden or plastic cutting board.
Q: What care and maintenance of the stone products are recommended?
A: Stone surfaces are very easy to maintain. Clean stone with stone cleaner or warm water and a mild liquid soap. Never use acid cleansers or abrasive chemicals on stone. Natural stone should be sealed after installation and every one to two years thereafter, depending on its application.
Q: Why does natural stone need to be sealed?
A: All natural stone including marble and granite, must be properly sealed to protect against staining. Without proper and regular sealing, granite and other natural stones, which are porous, can absorb spilled substances and leave unsightly stains and marks.
Q: How often do I need to apply penetrating sealer to my natural stone surfaces?
A: There is no set rule on how often to seal your natural stone. Sealing can be as frequent as six months for higher traffic areas on marble, slate, travertine and limestone or every couple of years for granite countertops. Also, some sealers provide for only a single application every ten years. Please review the guidelines for each individual sealer.
Q: If a stain occurs, how do I remove it?
A: If stains do occur, a stain remover may be required. Whereas, a cleaner will wash off surface dirt, a stain remover such as a poultice will actually act to draw out deep-seated dirt and stains from the stone’s pores. Several applications of a stain remover may be required for difficult stains, and darker marbles should be tested to make sure that the stain remover will not bleach the stone. For recurring problems, and/or a very deep stain, a professional stone fabricator should be contacted.
Q: What does “COF” mean?
A: Coefficient of Friction (“COF) rates the slip resistance of tile. The American Society for Testing and Materials (ASTM) recognizes several standard methods for measuring coefficient of friction for wet or dry surfaces. Tile used on commercial and residential floors should provide a safe walking surface in both wet and dry conditions.
Q: What is a rectified tile?
A: A tile that has been re-cut to achieve the same exact size in all the tile pieces produced.
Q: How do I achieve the best from a Natural Stone installation?
A: The final look of mixed tiles may fall short of appearance expectations, especially if the stone is variegated and veined. The installer should mix tiles from different boxes during the installation to achieve a more even, visually pleasing result in the finished surface. The homeowner should always look at the natural stone with the installer before the installation takes place. Moreover, it is highly recommended that the homeowner gets involved and discusses the stone layout with the installer in details to prevent misunderstandings from occurring.
Q: How do I care for my Natural Stone floor?
A: Dust mop interior floors frequently using a clean non-treated dry dust mop. Sand, dirt and grit do the most damage to natural stone surfaces due to their abrasiveness. Mats or area rugs inside and outside an entrance will help to minimize the sand, dirt and grit that will scratch the stone floor. Be sure that the underside of the mat or rug is a non-slip surface. Normally, it will take a person about eight steps on a floor surface to remove sand or dirt from the bottom of their shoes. Do not use vacuum cleaners that are worn. The metal or plastic attachments or the wheels may scratch the surface.
A: Can floor tile be used on the wall?
Q: Yes. Exterior applications require special precautions and installation methods. Please check with your installer or product manufacturer for application recommendations.
Q: Can wall tile be used on the floor?
A: Not in most cases. Please check with your installer or product manufacturer for application recommendations.
Q: What is the difference between ceramic tile and porcelain tile?
A: Porcelain tile is a type of ceramic tile. The major difference is that porcelain tile is harder and denser than other types of ceramic tile and that porcelain tile is frost-proof and impervious.
A: What is porcelain tile?
Q: Porcelain tile is a very high density product, fired at high temperatures and has superior durability and a low water absorption rate. The glazes on porcelain tile are known for a higher range of color variation, giving a rich custom look.
Q: What is a through body porcelain tile?
A: Through body porcelain tile is when the same color on the top goes all the way through. Even in extreme applications, these tiles tend not to show wear as the porcelain is quite durable (harder than granite) and the color goes all the way through. It can be used on exterior and interior floors and walls. It’s a great product for high traffic areas.
Q: What is ceramic tile?
A: Ceramic tile is a mixture of clays, molded into a shape and fired at high temperatures resulting in a hard body. This hard body may be left untreated or it may receive a glazed layer. The clay used to make the tile may be red, white or porcelain. The quality of the tile is based more on the manufacturing process than on the color of the body.
Q: What is unglazed ceramic tile?
A: It’s a type of ceramic tile which has no glazing or any other coating applied to the surface. The color is the same on the face of the tile as it is on the back. The most common unglazed tiles are porcelain tiles used in commercial areas with heavy traffic.
Q: What is glazed ceramic tile?
A: It’s a type of ceramic tile which has a glaze finish applied to the surface. Glazed tiles are available in both gloss and matte finishes. Glazing can provide a nonporous surface that is extremely stain resistant.
Q. Will Solid Surface tops stain?
A. Solid Surface Tops are nonporous and designed to resist stains. However, spills that have dried overnight or did not completely clean with a common household cleaner can easily be lifted with the use of a mild abrasive cleanser and a ScotchBrite™ pad. See the Use & Care Kit that comes with your tops for complete instructions.
Q. Can I set a hot pan directly on Solid Surface?
A. Although Solid Surface is semi-resistant to heat, a hot container just removed from a burner may scorch the surface. It is recommended that a trivet or hot pad is used when cooking. We also recommend allowing cookware to cool before placing them in Solid Surface sinks.
Q. Can I cut directly on the surface?
A. Although Solid Surface is extremely durable, it can be cut or scratched with a sharp knife. Always use a separate cutting board for all your kitchen cutting tasks. If minor cuts or scratches do occur, refer to your Use & Care Kit for instruction to repairing the tops.
Q. Will Solid Surface scratch easily?
A. Solid Surface products may be scratched by common household items including glass, ceramics, and steel. Please note that dark colors show wear and scratches more easily. If minor scratches do occur, refer to your Use & Care Kit for instruction to repairing the tops.


Can lithium battery chargers charge lead-acid batteries?
There are currently two types of lead-acid batteries and lithium batteries on the market. These two types of chargers cannot be mixed, otherwise the batteries will be scrapped directly. Because lead-acid battery chargers are generally set to two-stage or three-stage charging modes, the voltage levels of lithium batteries and lead-acid batteries do not match. And there are many kinds of lithium batteries, battery performance and battery protection board parameters may be different. Therefore, lithium batteries do not have universal battery chargers like lead-acid batteries. Generally speaking, lithium batteries are shipped with a special charger. In order to protect the lithium battery, a special charger is required.
Angdi company focuses on the production and research and development of lithium battery chargers, perfect ISO quality management system and enterprise ERP manufacturing system, and serves customers efficiently. Now, our high-quality products and services have been recognized by customers in various countries. Angdi lithium battery charger, you deserve it!
Here are some things to note when charging lithium batteries:
1. In order to extend the life of the lithium battery, the lithium battery needs to be frequently charged and discharged. To get into the habit of charging electric bikes after 80% of their power usage, you ca n’t wait to run out of electricity before charging. In addition, lithium batteries must not be stored for a long time.
2. When charging the electric vehicle's rechargeable battery, the electric door lock must be closed, and the battery cannot be inverted. It should be fully charged at one time, and should not be charged in multiples.
3, electrical appliances should not be stored in a state of loss of electricity, so when the battery is not in use, you need to fully charge the battery once a month.
4. Lithium batteries require a matching charger when charging. Because the battery raw materials and the lithium battery production process are different, the technical requirements for the charger are different. Therefore, only using a dedicated charger for charging can make the lithium battery life longer. And prevent security risks.
5. When the lithium battery is out of power, you should turn off the power and ride. You cannot use the rebound voltage to prevent serious loss of power. This can prolong the battery life


PARKER INTERNATIONAL CZECH s.r.o. (former name was PC INTERNATIONAL (CZECH) s.r.o.) was founded as a branch of the Parker Corporation Group in 2004.
We are a certified supplier of sound insulations, thermal insulations and air – filters for Europe´s producers of heat pumps, air-conditioning and ventilations systems. We innovate products according to the required specifications in order to optimize production, price and quality in cooperation with our customers.
Parker Corporation Group was established in Japan in 1951 and is engaged in research, development and in production of industrial machinery and equipment, acoustic materials, synthetic materials and chemical products. The company operates in a variety of industries around the world and works closely with its customers to research and develop their products and proposes solutions that reduce production costs and increase product value by design and quality. The Parker Coorporation Group uses the strength of cooperation with its foreign and local subsidiaries to satisfy its customers.


Spectacle makers have managed to avert extra costs after a European body placed no further restrictions on the use of cadmium for metal spectacle frames.
It followed a consultation and review by the European Chemicals Agency (ECHA), which concluded additional regulations for the chemical were not warranted.
Malcom Polley of the Optical Confederation said: 'The ECHA has rightly recognised that the use of metals in spectacle wear differs from jewellery because of the use of nose pads and end pieces which protect the wearer.
'Optical manufacturers are happy to comply with standards but these must be proportionate and we are pleased to see that this has been recognised by the ECHA.'
The need to further restrict the use of cadmium in metal spectacle frames fell outside of REACH (Registration, Evaluation, Authorisation & restriction of Chemicals) provisions, which are European Union regulations that came into force in June 2007, a statement noted.
The Optical Confederation's Mark Nevin added: 'We welcome the conclusions in this report and would like to commend the collaborative approach the ECHA has taken in preparing this report.'
The Confederation has also responded to a consultation on the revision of European legislation on medical devices on behalf of the profession.
In relation to cosmetic contact lenses, it stressed that all contact lenses should be subject to 'the same harmonised standards and post-marketing vigilance systems'.


Taizhou Avatar Glue CO., LTD is a manufacturer of high quality a-cyanoacrylate adhesives (super glue), which are widely applied in electronic, timbering, furniture, plastic, rubber and glass areas. We pack Cyanoacrylate adhesives in plastic bottle, as well as small 3g aluminium tube with blister card. Main items are 401, 495, 416, 498, 406, 414, D-100, DGS-530, DGS-02, DGS818 and DGS-302 series, including low whiten and flexible super glue, super glue gel, and high performance glue for hardware mold area. The quality enjoys a good reputation. Please visit our website of www.tzdgs.com to learn more about our products.
With the highest technological level, our factory is able to provide products that meet customers' special requirements. Our products reflect our dedication in each critical step of production process, including artwork design, manufacture, filling, packing and transport. We offer our perfect products to satisfy all valued customers with both the best quality and competitive prices. We are committed to providing you with the most suitable products and make you more appealing to ultimate consumers.
We welcome you to inquire us by phone or Email and hope to build up businesses cooperation and friendship based on mutual benefits.


Pure Silver coaxial cable.
Quantity per order: 0.5m.
1.05mm 5N（99.9995％）pure silver
FEP skin layer and foamed polyethylene
Copper foil and silver plating braided copper
UV coating polyurethane
For the core of FTVS-510, 5N jewelry grade pure silver, which is far better than industrial grade, is used. After being melted in a ceramic crucible, it is molded into 15mm diameter round bars. It is further reduced in diameter by means of 19 repetitions of the cold rolling process.
Although the conductor is the most important factor in signal transmission, the insulator is also significant in enhancing the transmitting capabilities of the cable.
For the purpose of lessening signal loss, we employed PFA which provides excellent electrical isolation and low electric permittivity.
For the first insulation layer, we selected PE (Polyethylene) which keeps permittivity to a minimum and enhances the flexibility of the cable. This layering of these different materials not only enhances the conductor's electric capabilities but also attenuates internal vibration by altering the resonance point.
Although PFA has a great electric characteristic, we needed to adopt a method for static electricity removal due to the fact that PFA charges easily.
When signal flows in a cable, it generates ultra weak vibration by which cause the discharge of an electric corona.
In order to solve this problem, we installed Carbon PE as a semiconductor layer. By surrounding just the outside of the first insulation layer, its semiconductor layer helps to discharge static buildup from the PFA layer in an orderly fashion.
The ultra silent background of the FTVS-510 is provided by a triple-layered shielding structure.
The first semiconductor layer attenuates static noise and electric micro waves. The second copper foil shielding protects against high-frequency noise. The third, silver plated mesh shielding, protects against low-frequency noise. It also protects against high-frequency noise by means of the skin effect on the silver plating.
The clear urethane sheathing has the excellent mechanical strength and always maintains a stable level of hardness without being affected by temperature change. Moreover, due to its high shock absorption and degree of elasticity, polyurethane provides powerful isolation from vibrations.
- Brand: Oyaide
- Product Code: FTVS-510
- Availability: In Stock


Our Wall Cladding Aluminum Sandwich Sheet Recycling Machine can be used for recycling all kinds of aluminum and plastic composite such as medical blister, aluminum plastic plate, aluminum plastic foil, and aluminum plastic package bags etc.
The following picture is the result of testing the Wall Cladding Aluminum Sandwich Sheet Recycling Machine by some customers. We will save and send samples of sorted aluminum powder and plastic powder for our customers, You can send your materials to us and we will test the machine for you without charging any fees.
Aluminum powder and plastic powder from medical plates
Welcome to our factory and test the machine with the materials you specified
India customer visited our factory for Wall Cladding Aluminum Sandwich Sheet Recycling Machine. He visited several suppliers during his tour in China and compared the aluminum powder separated from our system with those of other suppliers. He is quite satisfied with our equipment.
Tips: The more uniform of material particles after milling, the better the sorting result.
The aluminum and plastic materials firstly crushed by the knife crusher into 10mm pieces, and then grinding by the water cooling turbo type grinding machine into aluminum and plastic fine powders. Then separated by the rotary screen, the big size will back into the grinding machine and the fine powders will into the electrostatic separator, finally the aluminum and plastic would be separated.
We have rich experience in equipment manufacturing. Our machines have high reputation both at home and abroad (Such as the Middle East, Southeast Asia, Africa and so on more than 10 countries and regions.)
2). Manufacturer, Not Dealer
Factory direct sale makes price more competitive.Customers are always welcome to visit our factory for machine test.
3). Fast Delivery:
We promise the goods can be shipped out on delivery date after confirmation of the order.
Q: How do I know the quality of your machine?
A: You can send your sample scrap materials to us and we will test the machine for you without charging the fees. And we can send the machine test video to you. We also warmly welcome you to visit our factory to test our machine personally.
Q: When we only purchase one shredder machine production line, can we use it to shred other scrap materials like?
A: Yes, you can. It depends on the difference of blades teeth and quantity, which can be customized.
Q: Which brand of motor will you use?
A: We use domestic motor manufatured by Chinese-famous suppliers, but you can choose Siemens or other brand motor. Don't worry about our machine's quality.
Q: Will you dispatch the engineer to guide installation?
A: Yes, according to the customer's requirement, we will dispatch engineers to guide installation and traning about the operation of the machine.


In today's fast-paced world, where efficiency and reliability are paramount, the importance of high-quality adhesive tapes cannot be overstated. At Indigo Industrial Supplies Limited, we understand the needs of businesses when it comes to secure bonding solutions. With our extensive range of industrial-grade single and double-sided adhesive tapes, we provide a comprehensive solution for all your bonding requirements.
Double-sided tape is a versatile and indispensable tool in various industries such as construction, manufacturing, automotive, and electronics. Its unique design allows for reliable adhesion on both sides, making it ideal for applications where traditional bonding methods may not be feasible or desirable. Let's explore some key advantages and applications of double-sided self-adhesive tapes:
Double-sided tapes offer exceptional bonding strength that can withstand extreme conditions, providing a secure and permanent bond between two surfaces. Whether you're looking to mount signs and displays or attach components in electronic devices, our range of industrial-grade double-sided tapes ensures long-lasting adhesion that you can rely on.
One of the standout benefits of using double-sided tape is its ability to create seamless aesthetics. Unlike traditional fasteners that may leave visible marks or disrupt the visual appeal of a product or surface, double-sided tape provides an invisible bond. This makes it an excellent choice for applications where appearance matters, such as in architectural installations or interior design projects.
With its ease-of-use and time-saving qualities, double-sided tape can significantly enhance productivity in various industries. The simplicity of application eliminates the need for complex tools or lengthy setup times associated with other bonding methods. By streamlining processes and reducing assembly time, businesses can achieve higher productivity levels without compromising on quality.
At Indigo Industrial Supplies Limited, we take pride in offering a wide selection of double-sided tapes to cater to diverse needs and applications. Here are some notable types of double-sided tapes available in our range:
Foam tapes are a popular choice when it comes to bonding irregular or uneven surfaces. The compressible nature of foam allows for excellent conformability, ensuring maximum contact between the adhesive and the surface. This results in a strong bond that can withstand vibrations, impacts, and temperature fluctuations.
Film tapes provide exceptional strength and durability. They are commonly used in applications requiring high tensile strength or resistance to chemicals, moisture, and UV exposure. These tapes offer excellent adhesion to various substrates, making them suitable for challenging environments such as outdoor installations or automotive assembly.
Transfer tapes consist of a thin adhesive layer coated on a release liner. They offer excellent adhesion properties and are ideal for bonding lightweight materials such as paper, fabric, or plastic. Transfer tapes provide a clean and neat finish without any visible adhesive lines.
Very High-bond double-sided tapes are engineered to deliver superior performance in demanding applications. With their exceptional bonding strength, they can securely bond materials like metals, glass, plastics, and composites. High-bond tapes excel in situations where long-term reliability is crucial.
When it comes to industrial-grade adhesive solutions, trust is paramount. Established in 1998, Indigo Industrial Supplies Limited has been providing businesses with high-quality products backed by our expertise and commitment to customer satisfaction.
With our extensive range of double-sided self-adhesive tapes and other industrial-grade bonding solutions, we strive to meet the diverse needs of our customers across various industries. Whether you require secure bonding for construction projects or need reliable tape solutions for manufacturing processes, our team is here to help.
Invest in the versatility and reliability of double-sided self-adhesive tapes from Indigo Industrial Supplies Limited, and experience the difference firsthand. Contact us today to explore our range or discuss your specific requirements.
In the world of industrial-grade bonding solutions, double-sided self-adhesive tapes have emerged as a versatile and reliable option. Offering secure bonding, seamless aesthetics, and enhanced productivity, these tapes are transforming the way businesses approach various applications.
At Indigo Industrial Supplies Limited, we understand the importance of providing top-quality products to meet the unique needs of our customers. With our extensive range of double-sided tapes, including foam tapes, film tapes, transfer tapes, and high-bond tapes, we offer a comprehensive solution for all your bonding requirements.
Choose Indigo Industrial Supplies Limited for your adhesive tape needs and unlock the potential that double-sided tapes bring to your projects. Experience exceptional quality backed by expert knowledge and customer satisfaction. Contact us today to discover how our adhesive solutions can elevate your business to new heights.
Article Posted: 14/11/2023 16:08:42


Building safety films are mainly used in building regulations where safety glass is required, such as building windows and doors, curtains, bulletproof, explosion-proof places, vehicles and ships, doors and windows and glass furniture, thermal shocks such as shower, steam Room, bath, sauna, etc., a large area of glass facades, stations and banks.
Building safety film effect:
To prevent accidental flying or impact caused by broken glass on the human body or property damage. The safety film can hold the glass fragments firmly to prevent splashing.
2. Unidirectional protection
Safety film is better than bulletproof glass: not only in the light of almost no impact on the light under the premise of high-end bullet-proof glass only have the impact resistance, more unique one-way protection, that is, one-way from the outside to the indoor Shooting, and for the fight back from the room is no hindrance.
The safety film has the characteristics of resisting high temperature and prevents the damage caused by the thermal brittleness of the glass at high temperatures, delaying the softening collapse time of the glass under high temperature conditions.
4. Environmental health function
Building safety film UV blocking rate of more than 99%, so as to protect the skin from direct solar damage.
Building safety film more than the average glass 500% hardness and 30000Psi high tensile strength, 160% high stretch, so that criminals or violent elements is not easy to break, delay its invasion time.


|Isotope||Atomic mass (Da)||Isotopic abundance (amount fraction)|
|58Ni||57.935 342(3)||0.680 769(190)|
|60Ni||59.930 786(3)||0.262 231(150)|
|61Ni||60.931 056(3)||0.011 399(13)|
|62Ni||61.928 345(4)||0.036 345(40)|
|64Ni||63.927 967(4)||0.009 256(19)|
All the chemical and mass-spectrometric measurements have agreed to establish a value of Ar(Ni) = 58.70(1). Nevertheless, that value is a little higher than the average (58.694) of Baxter's excellent determinations, whose credibility is increased by the proof of accuracy of the parallel work on the atomic weight of cobalt.
At its 1989 meeting, the Commission changed its recommended value for the atomic weight of Ni to Ar(Ni) = 58.6934(2) based on recent mass-spectrometric determinations. The excellent agreement between the average of the chemical values and this new determination illustrates the remarkable accuracy of the determinations of Baxter and associates. In addition, a comparison of the isotopic composition of nickel in many minerals, salts, and metals showed no statistically significant variations. Therefore, no additional allowance to the overall uncertainty was necessary because the isotopic composition of terrestrial Ni is apparently invariant within the measurement uncertainty. The Commission increased the uncertainty of the standard atomic weight of nickel in 2009.
It should be noted that the atomic weight of nickel is now one of the most accurately known for a polyisotopic element.
© IUPAC 2003


No.2B: This is the most commonly used in building applications. Except for the last slight cold rolling with a polishing roll after annealing and descaling, the other processes are the same as 2D. The surface is slightly luminous and can be polished.
No.2B Bright Annealing: This is a reflective surface that is rolled by a polishing roller and annealed in a controlled atmosphere. Bright annealing still keeps its reflective surface and does not produce oxide scales. Since there is no oxidation reaction during bright annealing, no pickling or passivation treatment is required.


The most advanced technology in colored concrete, the Chameleon liquid color system uses liquid color Hydro tint, instead of powders, to color concrete products. The system is completely computer automated and insures that each batch measurement is precise, creating a consistent and even blend of color throughout the entire slab, every time.
Nicolia Ready-Mix is the only ready-mix provider on Long Island to offer concrete products colored with the Chameleon system. The system, developed by Davis Colors specifically for ready-mix users, can create a wide assortment of different colors and is also capable of color matching and creating custom colors using liquid color will not compromise the strength or durability of the concrete, and the Chameleon system can be used to color any type of Nicolia’s ready-mix products.
For more information please call Nicolia Ready-Mix 631-669-7000 or email firstname.lastname@example.org.
For further information on the Chameleon liquid color system visit Davis Colors.


Desilters and desanders are important equipment used in various industries to remove solid particles from liquids. Commonly used in oil and gas drilling operations, these machines play a vital role in ensuring the efficiency and productivity of many industrial processes. In this blog, we will explore related applications of desilters and desanders, emphasizing their importance in different industries.
Oil and Gas Industry:
In the oil and gas industry, drilling fluids, or muds, are used in the exploration and extraction of oil. These fluids require precise control as they stabilize the borehole, remove cuttings and provide lubrication to the drilling mechanism. Desilter and desander units are an important part of the drilling mud treatment system. Desanders remove large particles, such as sand and rock, while desilters remove finer solids, such as silt and clay. By eliminating these solid particles from drilling fluids, desilters and desanders can increase overall drilling efficiency, reduce damage to drilling equipment, and minimize downtime.
In the construction industry, especially during the excavation of foundations of large structures, desilters and desanders have important application value. Effective separation of solids from water or slurry is critical to maintaining the quality of concrete used in construction projects. Desanders and desilters help remove unwanted particles and ensure the purity of the concrete mix. These machines enhance the integrity and longevity of structures by preventing the presence of abrasive or destructive elements that can weaken concrete.
The mining industry greatly benefits from the application of desilters and desanders. During the extraction of minerals or ores, large amounts of water are consumed. By using desanders and desilters, mining operations can maintain water purity, reduce waste, and minimize environmental impact. These machines also play an important role in preventing heavy machinery from clogging and damage, thereby increasing the overall efficiency of the mining process.
In summary, desilters and desanders are indispensable components in various industries and play a vital role in maintaining the efficiency and quality of different processes. From the oil and gas industry to construction and mining, these machines ensure the removal of unwanted solids from fluids, increasing productivity, minimizing equipment damage and reducing environmental impact. As technology continues to advance, desilter and desander applications will only continue to evolve, contributing to more efficient and sustainable industrial practices.


There was a paper just released in Science (Materials) about "Giant-Stroke, Superelastic Carbon Nanotube Aerogel Muscles." This is a rare case where I believe the research material far exceeds the buzzword hype! The new material responds to applied voltages by expanding 220% in a few milliseconds, operating in temperatures as low as liquid-nitrogen and as high as the melting point of iron. It has the strength and stiffness of steel (by weight) in one direction and yet is as compliant as rubber in the other two. It has extremely low density due its airy (aerogel) properties, is conductive, and transparent. This materials innovation has the potential to rejuvenate research on artificial muscles, which has generally been focused on shape memory alloys (i.e. nickle-titanium or Nitinol), piezoelectrics (such as PZT), or electroactive polymers (EAPs). Read on for a discussion about these alternative technologies, their drawbacks, and why this new material may be a game-changer!
Most people know that I'm fascinated by robots and sensing. However, material science is another oft-neglected passion -- in a parallel universe, that would be my vocation. Thus, I'm fascinated by anything that combines the three, such as artificial muscles. Basically, existing efforts come in three categories:
1. Shape Memory Alloys:
The most common shape memory alloy employed as an "artificial muscle" is nickel-titanium, or Nitinol. This material has been used in small novelty robots such as Stiquito (pictured) and in medical implants. Unfortunately, this material is power-hungry and has very slow (re)activation times, making it less compelling as a serious artificial muscle candidate.
There is a fair amount of work on piezoelectrics (such as PZT) as artificial muscles. These materials have high power density, high bandwidth, and high efficiency. Unfortunately, the strain (and stroke length) is very small -- on the order of 0.1%. This means that an artificial muscle of PZT must rely on strain amplification structures (shown) that add points of failure and seriously diminish their power-to-weight (and volume) ratio. In this subject, I am particularly fond of the work by Georgia Tech professor, Jun Ueda. If you're interested, his ICRA 2008 paper entitled "Static Lumped Parameter Model for Nested PZT Cellular Actuators with Exponential Strain Amplification Mechanisms" is worth reading.
3. Electroactive polymers (EAPs):
There are numerous varieties of electroactive polymers -- one great place to read about them is in Electroactive Polymer (EAP) Actuators as Artificial Muscles: Reality, Potential, and Challenges. Generally, I find these extremely interesting and compelling as well. Despite the quest for the "ultimate" EAP, there are still numerous (technology-dependent) challenges: poor power-weight ratios, poor strain/force performance, issues with controllability, the requirement to keep them submerged (for the wet variety), etc. You may also check out the NASA webpage dedicated to the subject (they previously developed an EAP-driven hand, shown).
Researchers at the UT Dallas Alan G. MacDiarmid NanoTech Institute have demonstrated a fundamentally new type of artificial muscle, which can operate at extreme temperatures where no other artificial muscle can be used -- from below the temperature of liquid nitrogen (-196° C) to above the melting point of iron (1538° C).
The discovery is reported in the March 20 issue of Science under the title “Giant Stroke, Superelastic Carbon Nanotube Aerogel Muscles.”
Once actuated (or put into motion) in a certain direction, these new artificial muscles can elongate 10 times more than natural muscles and at rates 1,000 times higher than a natural muscle. In another direction, when densified, they can generate thirty times the force of a natural muscle having the same cross-sectional area. While natural muscles can contract at about 20 percent per second, the new artificial muscles can contract at about 30,000 percent per second.
These artificial muscles are carbon nanotube aerogel sheets made by a novel solid-state process developed at UT Dallas. Sometimes called frozen smoke, aerogel is a low-density solid-state material derived from a gel in which the liquid component of the gel has been replaced with gas. Aerogels are comprised mostly of air. The starting material is an array of vertically aligned carbon nanotubes manufactured under a chemical heat process. Because of the special arrangement of these nanotube arrays, which are called forests because they look like a bamboo forest, the carbon nanotubes can be pulled into sheets at speeds of up two meters per second. The sheets have such low density that an ounce would cover an acre.
When scientists apply a voltage to the carbon nanotube aerogel sheets, the nanotubes repulse, or push away from one another, which in effect works the muscle. These transparent sheets have strange properties that are important for muscle operation. While having about the density of air, in one direction, they have higher specific strength (strength/density) than a steel plate. When stretched in another direction, they provide rubber-like stretchability, but by a mechanism quite different than for ordinary rubber. Because of their nanoscale and microscale structure, they amplify a percent stretch in the nanotube orientation direction to a percent 15 times larger than the percent they contract laterally.
This sounds compelling for applications involving extreme temperature variations. One example is space applications, where these artificial muscles would also offer extremely valuable mass-savings.
However, only time will tell if this technology will yield the "holy grail" of artificial muscles: an "artificial muscle" comparable to their biological counterparts (power, weight, efficiency, volume, etc). For while the new nanotube-aerogel muscles appear to have a good power-to-weight ratio, the extremely low density may necessitate exorbitant volumes to produce the forces/torques of biological systems.
Oh, and here is a picture of a meter-long ribbon of carbon nanotube aerogel from an article at NewScientist.


Matt Gilbert M2B Art Metals Hand Forged Carbon Steel Pans, Skillets, Cookware
Matt takes great pride in forging each pan or skillet with a traditional round bottom, then adding his distinctive scallop edges and sturdy handles. Technically, carbon steel is an iron alloy that, contrary to its name, actually has a very low carbon content.
Each carbon steel skillet is formed with a low sloping side wall and a delightfully robust handle, elegantly tapered to preclude any uncomfortable heat transference.
A frequently asked question is what's the difference between a cast iron pan and a carbon steel pan? A carbon steel pan is appreciably lighter than cast iron, with better non-stick properties. In short: all the benefits of cast iron, but lighter and prettier.
Unlike some of the large-scale industrial producers of steel cookware that coat their wares with a variety of (nearly) inedible coatings, all of Matt's products come pre-seasoned with a thin coating of virgin coconut oil. This seasoning will build up over time, turning to a uniform black iridescent sheen. You can cook with them right out of the box.


Cardboard boxes are prefabricated, industrially pre-made boxes, commonly used for shipping goods and materials and also can be reused. Cardboard is a tough, waterproof and strong material that can be recycled into a number of different products. Cardboard boxes often come with an additional wax coating to provide an extra bond between the cardboard and the protective coating. Most experts in industry rarely use the word cardboard as it doesn’t denote a particular material, rather its generic application is related to the packaging material.
Cardboard packaging is extensively used in the food and beverage industry for boxes, crates, jugs, canisters and other packaging applications. As packaging is one of the key features of a business, it is widely used as an environmentally friendly means of packaging. Packaging experts often cite cardboard boxes as a highly preferred packaging material due to its durability, flexibility, affordability and sustainability. There are many types of corrugated cardboard boxes available to meet the diverse packaging requirements of various industries including paper, food & beverage, healthcare and chemicals.
Cardboard boxes come in several standard sizes and thicknesses for easy handling. Many companies utilize corrugated fiberboard as a substitute for traditional wooden boxes because of its durability and affordability. Many of the corrugated fiberboard boxes are available in standard thickness ranging from two inches to six inches. These boxes are also available in customized sizes to meet specific industry requirements. The standard size of a corrugated box is eight inch wide and six inch deep.
Corrugated cardboard boxes make up a good quality part of any shipping container. Shipping containers made of corrugated fiberboard are known for their toughness and long life even in the harshest environments. In addition, these boxes are ideal for storing products that need to be protected from moisture, dust, and debris during shipping.
One of the most important differences between these custom boxes is their cost. Cardboard boxes cost less than any other shipping container because of its lightweight property, which makes it ideal for use in packing fragile or large items. Although many companies choose corrugated fiberboard for use in shipping, there are many who prefer using the wooden boxes because of its good appearance. However, if your business requires boxes made of plastic, you can go for the cheaper options.
Plastic corrugated cardboard is cost effective and lasts longer than wood. However, it is not smooth and lacks the fine, crumbly texture of corrugated cardboard. Most plastic shipping boxes have liners and fluting. These liners and fluting serve to increase the box’s strength and durability and protect them from external impacts. The boxes usually come in standard sizes or can be customized according to your requirements.


The popularity of aluminum fencing has risen over the past few years as homeowners and businesses seek a safe, aesthetically pleasing way to secure their properties. The beauty, durability, and low maintenance of this type of fence make it a top choice for many types of properties.
Aluminum fences add a stately, elegant look to any property, giving it a more refined and upscale appearance. They come in a variety of styles and colors to suit any style, from contemporary to traditional. They can also be adorned with various ornamental adornments to enhance the look further.
Although lightweight, aluminum is a tough metal that can withstand harsh weather conditions. This strength is one of the main reasons that aluminum is so popular for residential and commercial use. Aluminum is a non-ferrous metal, which means it does not react to moisture like its steel counterparts. This allows it to hold up better against the elements, including ice, snow, rain, sunlight, and termites, making it a durable, long-lasting option for fencing.
Aside from its unbeatable strength, aluminum is also very versatile in terms of design options. It can be crafted to complement nearly any architectural style and matched with several different decorative adornments to enhance the look further. In addition to the color and style, you can choose from a variety of height specifications and racking to meet your specific needs.
Because aluminum does not react to moisture, it is far less likely to corrode over time. This makes it much easier to maintain, compared to its iron counterparts or even wood fencing. The only regular maintenance you may need to perform is rinsing your aluminum fence with a hose to remove any dirt or dust that accumulates over time.
Aluminum is also more environmentally friendly than other metals and even some types of wood, because it is recyclable. This is especially important if you are concerned about the impact your fence has on the environment or are trying to reduce your carbon footprint. When compared to iron and other metals, aluminum is also significantly lighter in weight, which reduces the labor costs involved with installation and shipping. In addition, aluminum is extremely easy to repair if a section of your fence becomes damaged. This is why it is such a cost-effective option in the long run. For more information about the benefits of an aluminum fence, contact us today. A Yutka Fence representative can help you select the right type of aluminum fence for your property and answer any questions you may have. Our team is available by phone, email or online. We are a fence company in Milwaukee area and beyond.


The shift to renewable fuels for gas is happening at lightning speed compared to the industry’s previous adoption of new technologies. There’s a lot of new information being released on a daily basis – it can be difficult to sort through all of it to identify the most relevant, reliable information and what it means for your gas utility.
Sensus is here to help. This post is part of a series on Hydrogen and Its Potential for the Gas Industry. In this series, we’ll review the fundamentals of hydrogen, discuss the impacts to natural gas utilities and your end customers, and keep you up to date on the recent hydrogen reports and policies.
Choosing the correct material for an application is something most of us are more familiar with than we realize. In our daily lives, we make sure not to put metal in the microwave or use plastics in the oven. These examples demonstrate the importance of considering material, application, and design. The same is true when thinking about hydrogen compatibility.
Hydrogen compatibility is the ability of a material to exhibit and maintain reliable mechanical integrity and low probability of failure, or leakage, in hydrogen applications within a risk parameter acceptable to the user. Hydrogen suitability is the ability of a component or product to perform its necessary task in hydrogen applications within the given risk parameters.
An easy way to think about these two ideas is that hydrogen compatibility is a material evaluation whereas hydrogen suitability is a component evaluation. A product might be hydrogen compatible, maintaining its mechanical integrity, but may not perform its necessary task in the hydrogen application. For example, one might have chosen the correct materials for a hydrogen storage device, but the design and application do not result in leak-free hydrogen storage. Whether a material is compatible for use in gaseous hydrogen environments depends on three main factors: stress, environment, and material susceptibility.
When metals are exposed to hydrogen, it can lead to hydrogen embrittlement which causes a loss in tensile strength, ductility, and facture toughness (Material Compatibility | Hydrogen Tools, n.d.). Hydrogen embrittlement results from hydrogen dissolving into metals and affecting their properties. Hydrogen embrittlement risk can be increased due to factors in the environment and stress level of the material.
Metals that are commonly used in hydrogen gas applications are austenitic stainless steels, aluminum alloys, low-alloy ferritic steels, C-Mn ferritic steels, and copper alloys. Metals that are highly sensitive to hydrogen embrittlement are nickel, high nickel alloys, titanium and titanium alloys.
Polymers can be permeated by hydrogen, which can lead to swelling of the material and eventual leakage (European Hydrogen Train the Trainer Programme for Responders Compatibility of Hydrogen with Different Materials, n.d.).
For more information about specific materials, Sandia National Laboratories has conducted a review of publications to create the ‘Technical Reference for Hydrogen Compatibility of Materials’ and NASA has conducted a review on various materials and hydrogen embrittlement (Lee, 2016; San Marchi & Somerday, 2012).
The second factor to consider when choosing a material is the environment the material will exist in. This includes influences such as pressure, temperature, and purity of the hydrogen gas.
Pressure can impact the structure and properties of materials, which is why high pressure is used to conduct accelerated age testing on materials (Zeidler & Crichton, 2017). If a material is subject to hydrogen at atmospheric pressure, it may last longer or have a reduced leakage risk than if it is subject to hydrogen at a higher pressure. This same logic applies to increased temperatures.
The hydrogen quality can also impact the compatibility of the chosen material. Certain impurities in hydrogen, such as water, oxygen, ammonia, or other gases, can react with the material the hydrogen gas is exposed to and cause damage leading to premature failure (Analysis of Hydrogen Fuel Impurities | Markes International, n.d.).
The final factor to consider is the applied stress, such as load cycling, that a material will be under in its application. An easy way to visualize the impact of load cycling is to fold a paper clip back and forth until it breaks. The material of the paper clip can bend for several cycles, but eventually the material fails. The paper clip’s material was not chosen with that level of load cycling in mind, and thus it breaks. Load cycling or increased stresses will increase the likelihood of failure of a material that otherwise might be considered hydrogen compatible. As mentioned above, the material’s susceptibility to hydrogen and the environment can play into that as well. Component design can help reduce the likelihood of failure in some cases, such as increasing wall thickness of pressure vessels (What Is Hydrogen Compatibility? – WHA International, Inc. WHA International, Inc., n.d.).
When designing a product for use in hydrogen, the product’s environment, applied stresses, and material susceptibility need to be considered. Designing for hydrogen suitability involves a deep dive into each individual component and its hydrogen compatibility. Through this process it is important to refer to any relevant standards or codes regarding hydrogen and hydrogen systems.
Analysis of hydrogen fuel impurities | Markes International. (n.d.). Retrieved January 20, 2023, from https://markes.com/applications/hydrogen-fuel-impurities
European Hydrogen Train the Trainer Programme for Responders Compatibility of Hydrogen with Different Materials. (n.d.).
Lee, J. A. (2016). Hydrogen Embrittlement. http://www.sti.nasa.gov
Material Compatibility | Hydrogen Tools. (n.d.). Retrieved December 22, 2022, from https://h2tools.org/bestpractices/material-compatibility
San Marchi, C., & Somerday, B. P. (2012). Technical Reference for Hydrogen Compatibility of Materials | Hydrogen Tools. https://h2tools.org/tech-ref/technical-reference-for-hydrogen-compatibility-of-materials
What is hydrogen compatibility? – WHA International, Inc. WHA International, Inc. (n.d.). Retrieved December 22, 2022, from https://wha-international.com/what-is-hydrogen-compatibility/
Zeidler, A., & Crichton, W. A. (2017). Materials under pressure. MRS Bulletin, 42(10), 710–713. https://doi.org/10.1557/MRS.2017.208


The CBD industry has been rapidly growing in recent years, and with that growth comes the need for innovative and eye-catching packaging solutions. It has gained significant popularity due to its potential health benefits, including pain relief, anxiety reduction, and anti-inflammatory properties. Custom CBD packaging has become an essential element in the success of CBD products, as it not only protects the product but also serves as a powerful branding and marketing tool. In this article, we will explore the latest trends in CBD packaging boxes, the importance of investing in high-quality packaging, sustainable packaging options, and factors to consider when choosing CBD packaging boxes. Whether you are a CBD manufacturer or a retailer, staying ahead in the CBD packaging industry is crucial for success.
Importance of Custom CBD Packaging
Custom CBD packaging plays a crucial role in the success of CBD products. It not only protects the product from damage during transportation and storage but also serves as a powerful marketing tool. Custom packaging allows CBD brands to create a unique identity, establish brand recognition, and convey important information to consumers. By investing in custom CBD packaging, brands can stand out from the competition and build a loyal customer base.
Trends in CBD Packaging Boxes
The CBD packaging industry is constantly evolving, with new trends emerging to meet the demands of consumers and the market. One of the major trends in CBD packaging boxes is minimalistic and clean designs. Brands are opting for simple yet elegant packaging that reflects the purity and natural qualities of CBD products. This trend is often accompanied by earthy color palettes and organic textures, creating a sense of authenticity and wellness.
Another trend is the use of holographic and metallic finishes. These eye-catching finishes add a touch of luxury and sophistication to CBD packaging and help products stand out on the shelves. Holographic effects create a mesmerizing play of colors and light, while metallic finishes lend a modern and sleek look to the packaging.
Sustainable Packaging Options for CBD Products
With the increasing focus on sustainability, CBD brands are also embracing eco-friendly packaging options. Sustainable packaging not only reduces environmental impact but also resonates with conscious consumers who prioritize eco-friendly practices. Materials like Kraft, cardboard, corrugated, and rigid are gaining popularity in the CBD packaging industry due to their recyclability, biodegradability, and durability. These materials can be easily customized to create unique and eco-friendly packaging solutions.
In addition to using sustainable materials, brands are also exploring alternative packaging designs that minimize waste. For example, CBD brands are opting for refillable or reusable packaging options, reducing the need for single-use packaging. This not only reduces waste but also provides a cost-effective solution for both the brand and the consumer.
Innovative Designs for CBD Packaging Boxes
Innovation is key in the CBD packaging industry, and brands are pushing the boundaries of design to create unique and memorable packaging solutions. One of the innovative designs gaining popularity is interactive packaging. Brands are incorporating elements like pull-out drawers, hidden compartments, or interactive labels that engage consumers and create a memorable unboxing experience. This not only adds a fun and interactive element to the packaging but also enhances the overall brand experience.
Another innovative design trend is incorporating QR codes on CBD packaging. QR codes provide a convenient way for consumers to access product information, lab test results, and dosage instructions. By scanning the QR code, consumers can quickly and easily access the information they need, creating transparency and trust between the brand and the consumer.
Branding and Marketing through CBD Packaging
CBD packaging is not just about protecting the product; it is also an opportunity to create a strong brand identity and effectively market CBD products. Branding elements such as logos, taglines, and color schemes should be thoughtfully incorporated into the packaging design to create a cohesive and recognizable brand image.
In addition to branding, CBD packaging can also serve as a powerful marketing tool. Eye-catching designs, unique shapes, and creative use of materials can capture the attention of consumers and entice them to try the product. Including product benefits, usage instructions, and testimonials on the packaging can also help educate and persuade potential customers.
Factors to Consider When Choosing CBD Packaging Boxes
When choosing CBD packaging boxes, there are several factors that brands should consider. First and foremost, the packaging should be designed to protect the product from external factors such as light, moisture, and air. CBD products are sensitive to these elements and can degrade if not properly protected.
Secondly, the packaging should be easy to use and convenient for both the brand and the consumer. Considerations such as ease of opening, resealability, and portability should be taken into account to enhance the user experience.
Lastly, the packaging should align with the brand’s values and target audience. Understanding the preferences and expectations of the target market is essential in creating packaging that resonates with consumers and effectively communicates the brand’s message.
Benefits of Investing in High-Quality CBD Packaging
Investing in high-quality CBD packaging has numerous benefits for brands in the CBD industry. Firstly, it enhances the perceived value of the product. Premium packaging conveys a sense of quality and craftsmanship, making consumers more willing to pay a higher price for the product.
Secondly, high-quality packaging ensures the protection of the product throughout its lifecycle. It minimizes the risk of damage during transportation and storage, preserving the integrity and potency of the CBD product.
Moreover, investing in high-quality packaging strengthens brand reputation. When customers receive a well-packaged product, they are more likely to perceive the brand as trustworthy and reliable. Positive brand experiences lead to customer loyalty and word-of-mouth referrals, ultimately contributing to the brand’s success.
CBD Packaging Box Suppliers and Manufacturers
To create custom CBD packaging, it is essential to work with reliable suppliers and manufacturers. PackHit, a leading packaging company, specializes in providing high-quality CBD packaging solutions. With a wide range of materials, finishes, and design options, they can help CBD brands create packaging that stands out in the market and effectively communicates their brand identity.
This company offers sustainable packaging options such as Kraft, cardboard, corrugated, and rigid materials, ensuring that brands can make environmentally conscious choices without compromising on quality or aesthetics.
Conclusion: Stay Ahead in the CBD Packaging Industry
In conclusion, the CBD packaging industry is constantly evolving, and staying ahead of the trends is crucial for success. Custom CBD packaging not only protects the product but also acts as a powerful branding and marketing tool. By embracing trends such as minimalistic designs, sustainable materials, interactive packaging, and incorporating QR codes, CBD brands can create packaging that captures consumers’ attention and enhances the overall brand experience. Investing in high-quality packaging not only enhances the perceived value of the product but also strengthens the brand reputation. By partnering with reliable suppliers and manufacturers like PackHit, CBD brands can create packaging that stands out in the market and effectively communicates their brand identity. Stay ahead in the CBD packaging industry by embracing the latest trends and investing in packaging that reflects the quality and uniqueness of your CBD products.


Eco Coconut Scourers Twin Pack
A completely natural and sustainable solution to all your household cleaning needs.
This pack of two donut-shaped, biodegradable and highly durable multipurpose scourers are ethically made in Sri Lanka from coconut fibre (or coir), neatly wrapped around stainless steel wire.
Coir is a natural fibre extracted from between the hard internal shell of the coconut and the outer coat of the coconut. As well as being totally natural, the scourers are naturally antibacterial, free from toxic chemicals, recyclable and biodegradable.
They are non-scratch, so are suitable for non-stick frying pan, great on hard surfaces like the cooker hob or stove top, and safe for enamel sinks and baths.
They are completely plastic free, right down to the packaging!
Size: Approx 10cm x 4.5cm
Care: Rinse after each use and store in a dry place. You may notice some loose fibres or ‘dust’ on the first few uses but this will reduce over time.


Specializing in Aluminum & Stainless Steel Railings
- Thermosetting acrylic enamel, Kynar, Anodized, Duranodic and also Power coat finishes are available for aluminum railings.
Stocked standard colors
Other available standard colors
Other available exotic colors
A.R.S. can provide an exact match for any color needed
(Exotic/Bright colors recommended for interior use, clear coat is needed for exterior use)
Stainless Steel Railings
- Standard No. 4 brushed satin polish is applied to all stainless steel guardrail components.
(No. 6 fine satin polish is also available upon request for a more enhanced shine.)
- Aluminum Alloy and Stainless Steel materials utilized in our fabrication process will meet or exceed all structural load requirements.
- Structural requirements should be noted at the time of inquiry.
- A.R.S. clear view glass is available in 1/4" or 3/8" tempered or laminated glass.
- Glass is designed to meet any guardrail requirements and will provide structural integrity with enhanced aesthetics for balconies or entry ways.
- Additional glass options included smoked, etched, obscured pattern as well as ceramic frit. Custom glass options are also available.
- A.R.S. uses only stainless steel and aluminum fasteners which are guaranteed to never rust or corrode.
- Standard aluminum guardrail is required to be 42" (3 1/2 ft) tall, other heights are available upon request.
- A.R.S. utilizes a combination of picket sizes and spacing to achieve a 4", 5" and a 6" center line.
- 4" inch spacing of an aluminum guardrail is the industry standard, however custom spacing is available.
- A.R.S. railings are virtually maintenance free, unlike steel or wooden railings.
- Our aluminum and stainless steel components will never rust or corrode which means there is no need for refinishing ever.
- Mild detergent diluted with water is all that is needed to keep your railings looking great.
- Do not use acidic, harsh or abrasive cleaning products on railings both of which can harm the finish.
IBC Member - ICRI Member - Listed in Sweets (McGraw Hill) - Nomma Member - CSI Member - SME Member
American Railing Systems, Inc. | 1813 McClelland Ave. | Erie, PA 16510
Toll Free Phone: (888) RAIL-MFG | Toll Free Fax: (888) FAX-PLAN
Phone: (814) 899-7677 | Fax: (814) 899-0743


“The 2K gluing system from ASM Dimatec is an advanced and effective solution for automated glue application. The system consists of a double barrel emptying system for the A component, a Hobock barrel pump for the B component, 2 dispensing systems and a 2-component application head with static mixer. These components work seamlessly together to provide precise and effective adhesive application.
A major advantage of ASM Dimatec’s 2K gluing system is its ability to fully automate adhesive application. This results in significant time and cost savings during production. The system can be used in automated production lines to fully automate adhesive application and increase production speed.
Another advantage of ASM Dimatec’s 2K gluing system is its precise dispensing and application. The system can meter and mix the two components in precisely defined ratios to achieve optimum adhesive quality. The 2K application head with static mixer then ensures precise and uniform application of the adhesive to the workpiece.
ASM Dimatec’s 2K gluing system is also very flexible and can be adapted to different adhesive types and viscosities. This makes it possible to cover a wide range of applications. The dispensing and application speed can also be adjusted to enable fast and efficient production.
In addition, ASM Dimatec’s 2K gluing system is easy to operate and maintain. The system is designed to be cleaned quickly and easily to ensure optimal functionality. In addition, the system is easy to program and control, which makes it easier for the user to operate.
Overall, ASM Dimatec’s 2K gluing system offers a precise, efficient and flexible solution for automated glue application. The system saves time and costs in production, is easy to operate and maintain, and can be adapted to different adhesive types and viscosities. The system is a valuable investment for companies looking for a reliable solution for automated adhesive application.”


When you’re picking your outdoor furniture (or, any furniture!) you should be looking for something that lasts. Our furniture is going to be with us through the highs and lows of Australian weather, so it needs to be sturdy, durable and resistant to all the forces of nature. Of course, durability often comes with a high price tag, so you want to make sure you pick exactly what suits your needs. For your best guide on durable outdoor furniture, check out our list of the strongest materials to look out for!
Wood is one of the most popular materials for outdoor use, but you want hardwood specifically to deck out your deck. Teak is the best for this, as it contains oils and natural resin that makes it water and insect resistant, as well as protected from dry rot. Properly cared for, teak will outlast every other piece of furniture, but the upkeep might be a little much for those of us without the time or budget. Eucalyptus is another great choice that is also sustainable, but it may not survive extreme cold without care and is susceptible to native insects like pinhole borers (but, thanks to its natural insect repelling oils, not much else!). Fir, oak and shorea are other popular hardwoods, but oak has little of the defensive oils the other woods do, and shorea is highly regulated.
All wood will fade under the sun, but you can absolutely protect it with sealants, regular cleaning, and other treatments.
Once just a plain building material, concrete has been trending as a design material thanks to it’s incredible durability and strength. Unfortunately, natural concrete is incredibly porous, so there will be no saving that red wine stain with bicarb and vinegar. Especially not with vinegar, or lemon juice, or anything acidic that could dissolve the surface. No cocktails outside! Finally, once it’s in it’s IN; you’re not going to be moving it any time soon unless you have a dedicated crew. Thankfully, we can now choose from composite concrete that is mixed with fibreglass or resin to make it stronger, lighter and less porous.
Stainless-steel is exactly what it says it is: strong, sturdy and stainless, aka no rust! It’s easy to clean, weather resistant, can’t rot or fade like organic materials, and can be made from recycled materials. Plus, who doesn’t love the shine of silver? It’s timeless! What you won’t love is the dent it will make on your wallet. It also holds heat, which is less than ideal on a 40° Australian summer day.
We think of glass as a very fragile material, but tempered glass is far from frail. Tempered glass is thick, solid, and specially treated to be weather and smudge resistant. The smooth, shiny surface gives the perfect elegant touch to your outdoor setting. Like concrete, it is very hard to move, but it might be worth the weight.
How. Gorgeous. Is. That. Wrought iron furniture gives you the look of an English manor, or maybe just reminds you of fun days drinking tea on the porch at grandma’s house. Wrought iron is sturdy, comes in all sorts of gorgeous ornate designs, and looks perfectly in place in any backyard. Unfortunately, the aesthetics come at a cost: wrought iron is prone to rust, very heavy to move, and not always very comfortable. Like stainless-steel, it can also get very hot on a summer’s day, especially if it comes in black.
High-density Polyethylene (HDPE)
Why is HDPE one of the most popular of plastics? Let’s see:
- It’s lightweight, so you can carry it anywhere.
- It’s strong and impact resistant: drop it and find out!
- It’s weather resistant, mould resistant and rot resistant, so it’s great for pipes.
- It’s easy to mould into any shape. And we mean any shape.
- It is recyclable, more important than ever!
Those features are great for everything else – what about the benefits for my patio? Well, HDPE is fade-resistant, easy to clean, lightweight and strong. If you are looking for wicker without the drawbacks of natural materials, HDPE wicker can look identical. You can buy pieces made from recycled HDPE and recycle it yourself when it reaches the end of its life. Of course plastic won’t have the elegance of other materials, but it’s the perfect solution for the average family who wants pieces that stand up to time.
High pressure laminate (HPL)
HPL is made of six to eight layers of resin-impregnated kraft paper, decorative paper and a clear overlay. It is incredibly hard, flame retardant and has antibacterial properties. It is also water and stain resistant. It has similar features to tempered glass: beautiful, easy to clean, and expensive.
Our last two materials focus on fabric, one of the hardest materials to keep outside. Good news: acrylic fabric is a good way to go. Water resistant, breathable and fade resistant, this material also dries quickly and is easily cleaned, either by spot cleaning or throwing in the washing machine (according to instructions!).
Olefin does everything acrylic does, with the bonus that it is recyclable and has an environmentally friendly production process. It is heat sensitive, but that won’t be a problem for daily use unless you set it near the firepit. It is stain-resistant except against oil-based stains, so be careful with the tanning oil!
Don’t just choose the right materials for your backyard, choose the right supplier. Gardeon’s pieces are durable with sturdy construction and quality materials, so you can rest assured our pieces will stand the test of time.


Acoustic Wall & Ceiling Panels
Sound Seal's Acoustical Wall Panels are the solution for areas that require noise reduction and are available in a variety of models for various applications. These panels can be manufactured in any of the many attractive acoustic fabrics offered in the industry, including premium fabrics offered by Guilford of Maine & C.F. Stinson. They can also use any factory tested and approved C.O.M. fabric.
Acoustical Wall & Ceiling Products
Manufactured with ECOSE® Technology & with 60% recycled content.
Inspire Art Printed Panels
The perfect acoustic and aesthetic solution for various interior noise reducing applications.
Chroma® Paintable Panels
Chroma paintable panels allow designers the flexibility to blend in or stand out when adding acoustic treatment to a space.
S-2000 Standard Panels
Specifically designed as a multi-purpose absorber panel that offers an economical way to resolve reverberant noise problems.
S-2100 High Impact Panels
Ideal for environments that need superior acoustical performance and resilience to high traffic areas.
S-2500 Sound Barrier Panel
A composite barrier/absorber panel that offers both superior absorption and noise blocking performance.
S-3000 Sound Barrier Panel
A flat reflector panel that is used in applications where sound reflection is necessary to enhance the rooms’ acoustics.
S-3100 Tackable Wall Panel
A tackable wall panel that are easy to install and offer minimal sound absorption.
S-4000 High Abuse Panel
A high abuse sound absorber panel that offers both excellent sound absorption and high durability.
S-4200 Tuned Absorber
Blend of sound absorption & sound diffusion, these panels are a prime choice for schools, auditoriums, studios and performance halls.


INSTRUCTION FOR USE
Universal Light-curing Restorative Composite
- Dimethacrylate oligomers (bis-GMA, TEGDMA, UDMA, bis-EMA, PEGDMA);
- Combined radiopaque filler from modified aluminosilicate glass (0.02-2.00 µm);
- Nanosized particles of silicon oxide (5-20 nm).
The proportion of inorganic filler is approximately 80 %.
Universal restorative material S-LIGHT is a hybrid radiopaque light-cured composite.
Composite can be easily shaped, does not stick to the instrument, cured under 400-500 nm wavelengths light and polished to a “dry” shine. Material S-LIGHT has fluorescence, color stability and radiopacity.
In order to simulate dental tissues, material is produced in a wide range of VITA shades and has three levels of opacity:
А1, А2, А3, А3.5, А4, В1, В2, В3, С2, D3, UD (Universal Dentin), BW (Bleach White)
Shades possess average transparency level between dentine and enamel, which depends on layer thickness. BW shade suits well for milk teeth restoration
Dentine-opaque shades (О)
Shades used to increase restoration intensity, cover discoloration, prevent through-transmission. Material is applied with layer not more than 0.5 mm
ТС (Translucent Clear)
Shade used for cutting edge modeling and depth effect
Universal restorative composite material S-LIGHT is used for:
- restoration of all cavity classes according to Black classification (I-V) on anterior and posterior teeth;
- restoration of tooth stump;
- correction of composite restorations;
- forming of indirect restorations (inlays, onlays, veneers).
Apply carefully with patients allergic to methacrylates
As far as all terms of storing, transporting and application are observed, there are no other side effects
METHOD OF USE
Attention! Material, stored at low temperatures, should be warmed in room temperature within 1 hour before use
Before restoration, dental tissues should be cleaned with non-fluoride paste.
Selection of shade
During selecting the shade of restoration material, surface of restored tooth should be cleaned and moisturized. The intensity of color of restorative material depends on its thickness. Suitable shades are determined at daylight or artificial light with the help of VITA scale assuming the thickness of intended restoration.
To test the material of selected shade, apply it on untreated surface of the tooth. Make a pattern with thickness of intended restoration and do polymerization. Estimate the compliance of shade with tooth color under different lights, then remove material from the surface of the tooth. If necessary, the procedure can be repeated until matching the shade.
Attention! In case of accidental contact with oral mucosa, eyes or skin, rinse the affected area with large amount of water
To ensure good adhesion of material, tooth surface should be thoroughly dried and prepared. For isolation can be used rubber dam or cotton rolls and saliva ejector.
Cavity should be prepared according to general rules of adhesive technology. It is necessary to round the corners, appeared during preparation.
In case of deep cavity, for pulp capping apply calcium hydroxide material and isolate it with glass ionomer cement.
Attention! Do not use eugenol-containing materials, because eugenol disrupts the composite’s structuring
Prepared tooth surface should be treated with etching gel based on 37% phosphoric acid. Gel is applied first on enamel surface, and after 5-10 seconds on dentin surface. In 15-20 seconds gel should be washed out with water. Dry the surface with compressed air. In case of saliva contact with etching gel or dried tooth surface, repeat etching procedure, then rinse and dry the surface.
Attention! In order to avoid bad adhesion of composite material to dental tissues, water for washing should not contain impurities. Air for drying must not contain any oil or water vapor
S-LIGHT Bond is applied with 2 coats on prepared surface of the tooth by gentle rubbing for 15 seconds. Then gently dry adhesive with air within 5-10 seconds for solvents evaporation. Do photopolymerization with light of 400-500 nm wavelengths within 20 seconds.
Application of composite and curing
Composite material S-LIGHT should be applied and cured layer by layer to reduce shrinkage of material.
Time of curing and thickness of the layer is determined by transparency of material:
Material layer thickness, mm
Photopolymerization time, s
For LED lamps
For halogen lamps
transparent shade – ТС
dentine-opaque shades (О)
Multi-layer method of restoration with different transparency pastes allows to create a highly esthetic restoration.
For toning of a composite restoration it is recommended to use LC colored (white, yellow, grey) composites S-LIGHT colour.
Attention! Composite paste syringe cap must be closed immediately after use. Intense light contact with material at any stage of restoration might cause premature curing.
During curing the waveguide end of the lamp must be kept in close proximity to the curable material. The intensity of the light, emitted by a lamp for photopolymerization, should be regularly tested with the help of suitable photometers.
Fillings treatment is carried out after final curing with the help of diamond, hard-alloy burnisher burs, burs or stones. Check the occlusion with articulating paper, remove the excess material with fine-grained diamond bur or stone. For final polishing use polishing discs, silicone heads and finishing polishing paste.
Light-curing paste (syringe) 4 g
Keep in dry place protected from light at a temperature from 5 °C to 25 °C.
Transport at the temperature range from 5 °C to 25 °C.
Universal light-curing restorative composite S-LIGHT is non-sterile and aimed for multiple use.
Attention! Non-compliance with terms of storage, transportation or application leads to decrease of material life.
After opening of the package, guaranteed storage and service life of the material is limited by an expiration date. Do not use after expiry date.
Shelf life – 3 years.
Dentals Pharma GmbH
Address: Lindenstrabe 48-52, 40233


Thomas Ederth is a Senior lecturer and Docent (Associate Professor) in Molecular Physics, and conducts research in surface chemistry, predominantly basic research related to interactions of biological material (organisms or biomolecules) with surfaces. The research activities build on a common ground of knowledge and methods for analysis of surfaces and interfaces, which is applied to projects in different disciplines. Of the used methods, vibrational spectroscopy and neutron reflectometry are of particular importance. Current research includes projects in these areas:
- Marine biofoling and marine bioadhesion
- Fouling-resistant polymers
- Biocompatibility and protein resistance
- Molecular interactions with lipid bilayers
- Development of surface-specific analysis methods
- Spectroscopy on electroactive polymers
Thomas Ederth has an MSc degree in Applied Physics and Electrical Engineering from the Linköping Institute of Technology. Efter a year of research at the Institute for Surface Chemistry, Stockholm (now a part of RISE), he continued to doctoral studies in Physical Chemistry at the Royal Institute of Technology (KTH), Stockholm, under the supervision of Prof Per Claesson. He graduated in 1999 with a thesis on intermolecular and surface forces. As a PostDoc at Oxford University, he was developing neutron scattering methods for characterization of foams and foam films, in the group of Dr Robert K Thomas. Dr Ederth spent a short time at Thin Film Electronics (Linköping) to work with polymer physics, but was recruited to the Sensor Science and Molecular Physics group at Linköping University in 2002, by Prof. Bo Liedberg. Thomas Ederth obtained a Docent degree in 2010, and 2012 he was appointed head of the Division of Molecular Physics, which was renamed the division of Biophysics and Bioengineering in 2020.
Thomas Ederth is examiner and course responsible for the courses
- TFYA35 Molecular physics
- TFYA47 Surface and interfaces
Find more information about Thomas Ederth
Biofouling and bioadhesion
W. Yandi, B. Nagy, A. Skallberg, K. Uvdal, R. Zimmermann, B. Liedberg, T. Ederth, "Polyampholytic poly(AEMA-co-SPMA) thin films and their potential for antifouling applications", ACS Applied Polymer Materials, 3(11), 5361–5372 (2021). DOI : 10.1021/acsapm.1c00383.
M. Lefevre, T. Ederth, T. Masai, R. Wattiez, P. Leclere, P. Flammang, E. Hennebert, "Disentangling the roles of functional domains in the aggregation and adsorption of the multimodular sea star adhesive protein Sfp1", Marine Biotechnology, 23(5), 724-735 (2021). DOI: 10.1007/s10126-021-10059-y.
J. Wunderer, B. Lengerer, R. Pjeta, P. Bertemes, L. Kremser, H. Lindner, T. Ederth, M. W. Hess, D. Stock, W. Salvenmoser, P. Ladurner, "A mechanism for temporary bioadhesion", PNAS, 116(10), 4297-4306 (2019). DOI: 10.1073/pnas.1814230116.
W. Yandi, S. Mieszkin, M. E. Callow, J. A. Callow, J. A. Finlay, B. Liedberg, T. Ederth, "Antialgal activity of poly(2-(dimethylamino)ethyl methacrylate) (PDMAEMA) brushes against the marine alga Ulva." Biofouling, 33(2), 169-183 (2017). DOI: 10.1080/08927014.2017.1281409.
W. Yandi, S. Mieszkin, P. Martin-Tanchereau, M. E. Callow, J. A. Callow, L. Tyson, B. Liedberg, T. Ederth, "Hydration and chain entanglement determines the optimum thickness of poly(HEMA-co-PEG10MA) brushes for effective resistance to settlement and adhesion of marine fouling organisms." ACS Applied Materials & Interfaces, 6(14), 11448–11458 (2014). DOI: 10.1021/am502084x.
Lipids and lipid bilayers
A.-M. Villamil Giraldo, I. Eriksson, S. Wennmalm, T. Fyrner, T. Ederth, K. Öllinger, "Interactions of the Lysosomotropic Detergent O-Methyl-Serine Dodecylamide Hydrochloride (MSDH) with Lipid Bilayer Membranes - Implications for Cell Toxicity", International Journal of Molecular Sciences, 21(9), 3136 (2020). DOI: 10.3390/ijms21093136.
A. M. Villamil Giraldo, T. Fyrner, S. Wennmalm, A. N. Parikh, K. Öllinger, T. Ederth, "Spontaneous vesiculation and pH-induced disassembly of a lysosomotropic detergent: impacts on lysosomotropism and lysosomal delivery." Langmuir, 32(50), 13566–13575 (2016). DOI: 10.1021/acs.langmuir.6b03458.
A. M. Villamil Giraldo, H. Appelqvist, T. Ederth, K. Öllinger, "Lysosomotropic agents: impact on lysosomal membrane permeabilization and cell death." Biochemical Society Transactions, 42(5), 1460–1464 (2014). DOI: 10.1042/BST20140145, Full text in DiVA.
P. Nygren, M. Lundqvist, B. Liedberg, B.-H. Jonsson, T. Ederth, "Secondary structure in de novo designed peptides induced by electrostatic interaction with a lipid bilayer membrane.", Langmuir 26(9), 6437–6448 (2010). DOI: 10.1021/la100027n, Full text in DiVA.
T. Ederth, M. Lerm, B. Orihuela De Diaz, D. Rittschof, "The resistance of zwitterionic peptide monolayers to biofouling". Langmuir, 35(5), 1818 (2019). DOI: 10.1021/acs.langmuir.8b01625.
R. Nugraha, J. Finlay, S. Hill, T. Fyrner, W. Yandi, M. E. Callow, J. A. Callow, T. Ederth, "Antifouling properties of oligo(lactose)-based self-assembled monolayers." Biofouling. 31(1), 123-134 (2015). DOI: 10.1080/08927014.2014.1001841, Full text in DiVA.
A. Di Fino, L. Petrone, N. Aldred, T. Ederth, B. Liedberg, A.S. Clare, “Correlation between surface chemistry and settlement behaviour in barnacle cyprids (Balanus improvisus)” Biofouling, 30(2), 143-152 (2014). DOI: 10.1080/08927014.2013.852541, Full text in DiVA.
T. Fyrner, H.-S. Lee, A. Mangone, T. Ekblad, M. E. Pettitt, M. E. Callow, J. A. Callow, S. L. Conlan, R. Mutton, A. S. Clare, P. Konradsson, B. Liedberg, T. Ederth, “Saccharide-functionalized alkanethiols for fouling-resistant self-assembled monolayers: Synthesis, monolayer properties and anti-fouling behaviour.”, Langmuir, 27 (24), 15034–15047 (2011). DOI: 10.1021/la202774e.
T. Ederth, M. E. Pettitt, P. Nygren, C.-X. Du, T. Ekblad, Y. Zhou, M. Falk, M. E. Callow, J. A. Callow and B. Liedberg, “Interactions of zoospores of Ulva linza with arginine-rich oligopeptide monolayers.” Langmuir 25(16), 9375–9383 (2009). DOI: 10.1021/la900688g.
Vibrational spectroscopy at interfaces
M. J. Jafari, M. Golabi, T. Ederth, "Antimicrobial susceptibility testing using infrared attenuated total reflection (IR-ATR) spectroscopy to monitor metabolic activity", Spectrochimica Acta Part A: Molecular and Biomolecular Spectroscopy, 304, 123384 (2023), DOI: 10.1016/j.saa.2023.123384.
M. J. Jafari, J. Liu, I. Engquist, T. Ederth, "Time-resolved chemical mapping in light-emitting electrochemical cells." ACS Applied Materials & Interfaces, 9(3), 2747–2757 (2017). DOI: 10.1021/acsami.6b14162.
U. Ail, M. J. Jafari, H. Wang, T. Ederth, M. Berggren, X. Crispin, "Thermoelectric Properties of Polymeric Mixed Conductors." Advanced Functional Materials, 26(34), 6288-6296 (2016). DOI: 10.1002/adfm.201601106.
L. Ouyang, C. Musumeci, M. J. Jafari, T. Ederth, O. Inganäs, "Imaging the phase separation between PEDOT and polyelectrolytes during processing of highly conductive PEDOT:PSS films." ACS Applied Materials & Interfaces7(35), 19764-19773 (2015). DOI: 10.1021/acsami.5b05439.
B. Nagy, T. Ekblad, G. Fragneto, T. Ederth, "Structure of self-initiated photopolymerized films: A comparison of models", Langmuir, 38(45), 14004-14015 (2022), DOI: 10.1021/acs.langmuir.2c02396.
C. Busch, B. Nagy, A. Stöcklin, P. Gutfreund, R. Dahint, T. Ederth, "A mobile set-up for simultaneous and in situ neutron reflectivity, infrared spectroscopy, and ellipsometry studies" Review of Scientific Instruments, 93, 114102 (2022), DOI: 10.1063/5.0118329.
B. Nagy, M. Campana, Y. N. Khaydukov, T. Ederth, "Structure and pH-induced swelling of polymer films prepared from sequentially grafted polyelectrolytes", Langmuir, 38(5), 1725–1737 (2022), DOI: 10.1021/acs.langmuir.1c02784.
T. Ederth, T. Ekblad, "Swelling of thin poly(ethylene glycol)-containing hydrogel films in water vapour - A neutron reflectivity study". Langmuir, 34(19), 5517–5526 (2018). DOI: 10.1021/acs.langmuir.8b00177.
T. Ederth, "Neutrons for scattering: What they are, where to get them, and how to deal with them". EPJ Web of Conferences, 188, 01002 (2018). DOI: 10.1051/epjconf/201818801002. (Tutorial book chapter)


The hand dyeing of our products starts with the mordant, a plant-based craft used to fix natural dyes to fabric.
The technique opens up fibers and allows a better absorption of the dyes coming from turmeric ,
indigo, or onion skin, depending of the color.
Once the preparation phase is completed, the textile is submerged in dye and treated until the desired color is achieved. This is how we capture in our materials the essence of the color source,
resulting in special products with unique characteristics.


The company is now providing area industries, primarily oilfield service companies, with corrosion protection services and in late July plans to open its electroless nickel plating line.
Louisiana Plating & Coatings has opened its 80,000-square-foot plating and coatings facility in Scott.
The company is now providing area industries, primarily oilfield service companies, with corrosion protection services - including salt bath nitriding, phosphate, and spray coatings - and in late July plans to open its electroless nickel plating line.
LP&C is a wholly-owned division of Houston Plating & Coatings, a two-decades-old Houston-based provider of corrosion prevention services. "HP&C has a significant customer base in Louisiana, and having these services available in Louisiana will significantly decrease the turnaround times for [oilfield service companies] and other Louisiana-based manufacturers," says William Howard, CEO of HP&C.
Under construction for the past year, the plant encompass nearly 3.5 acres under roof:
A 20-foot (3,200 gallon) electroless nickel plating tank capable of handling large parts;
Two Salt Bath Nitride/Quench Polish Quench lines (QPC is a specialized type of nitrocarburizing case hardening that increases corrosion resistance, originally developed by the Kolene Company. The name refers to the three steps involved: nitrocarburizing, polishing and post-oxidizing;
Two 10-foot ovens and two 25-foot spray booths;
A phosphate line large enough to handle a 20,000 pound part; and
A 10,000-square-foot spray coatings and phosphate building, including five- and 10-ton cranes.
Howard points out that the new Louisiana plant is a continuation of HP&C's planned expansion of its facilities, which includes growing operations at the company's Humble, and Tyler, Texas, plants.


A dry polymer mixture blended with environmentally safe lubricants, also known as DSPA (Dry Suspended Polyacrylamide). Add to water to create a drilling fluid designed to reduce the difficulties of drilling unconsolidated formations such as sands and gravels.
- A unique DSPA providing a drilling fluid capable of stabilizing the most difficult sand and gravel conditions.
- Assists in inhibiting the swelling of clay like materials such as saprolites, talcs & kimberlites which in turn eliminates bit balling.
- Imparts excellent viscosity yield. It is a superior product for borehole stabilization and encapsulation of solids.
- Reduces the need of casing in most unconsolidated formations.
- Will increase productivity and profits.
- Enhances both bit-life and penetration rates during drilling operations.
- Based on an environmentally safe technology which has proven to be effective in lubricating down-hole consumables for more than 25 years.
- ONE SHOT PLUS increases tool joint life by reducing torque in the hole.
The recommended starting dosage of Matex ONE SHOT PLUS is from;
2-4 litres per 1000 litres of water.
2-4 quarts per 250 gallons of water.
Control Chemical (1989) Corporation has been a manufacturer of high-performance drilling fluid systems and proprietary vegetable oil lubricants under the Matex brand name for over 25 years. Originating from an initial facility of 6,000 square feet., the Matex products are now manufactured in a modern plant of 50,000 square feet. In 2010 and 2011 over $800,000.00 was invested in plant upgrades to increase production and manufacturing efficiency, along with their commitment to plant and employee safety programs.
The Matex products include downhole lubricants, specialty polymers, foams, tool lubricants, blast hole stabilizers, thread compounds, and non-alcohol environmentally safe freeze control fluids. These products are used for diamond drilling, horizontal directional drilling, rotary and percussive drilling.


Current lithium ion battery separator technology is based on stretched films, made in general from either polypropylene or from ultra high molecular weight polyethylene, or both. The processing of these films is extraordinarily difficult, and it is a testament to the technical prowess of our competition that they have been able to achieve the consistency and properties needed to make lithium ion batteries.
The difficulty of their processes have heretofore been a huge barrier to entry preventing other companies from entering the lithium ion battery separator market, and so an oligopoly exists with only a few dominant suppliers.
With the advent of Dreamweaver's patent pending nanofiber technology, this has all changed. The combination of nanofibers and microfibers and the flexibility afforded by this technology to vary and control the pore size and the pore size distribution is unprecidented in this marketplace. Now, for the first time, a battery separator can be designed specifically for a target application. Need more current? We can make a separator for that. How about a longer lifetime? We can make a separator for that. Faster recharge? That one, too.
Stretched film technology will likely always have a place in this demanding marketplace. But for everything that can't be done with films, there is the Dreamweaver nanofiber technology!


Grazia Duvet Cover
Burnt (also called Devore ) Velvet Duvet Cover to go with our Rayon Velvet Estrella collection. Devor- A technique where the material undergoes a process to dissolve certain fibers to create a semi-transperent pattern against a more solidly woven fabric.
Fabric Content:55% Viscose /45% Polyester
Care Instructions: Machine Wash Cold, Gentle Cycle. Do not use Bleach. Tumble Dry Low or Line/Flat Dry. Do not Dry Clean.
Queen 88 x 96


Custom YZ_Boost 350 Webslinger Shoes
Not available in stores.
"Once Sold out, check back again in December 2019!"
No one has a spring in their step as much as Spider-Man has, but with the Webslinger Shoes, you can pretty much have the same cool factor as the ever-personable Peter Parker.
While these shoes won't really make you walk up walls and jump from building to building, they will fit and feel far, far better than most other shoes you have ever tried. This is because of the combination of all-natural breathable materials such as cotton wool, Alpaca, Hemp, Flax, and silk, combined with premium synthetic materials like nylon, polyester, rayon, spandex liquid resins, and Thermoplastic-fused yarn for strength.
Best of all, these shoes allow you to have footwear with a design not found anywhere else. Unlike other similarly-printed footwear, however, the print of the Webslinger Shoes will not do a fast fade-out only after a short while, thanks to the innovative method used in making the print. Using a process pioneered no less than by Silicon Valley, the Webslinger Shoes comes with a design made via Digital Light Synthesis, which imprints the design using a combination of light, oxygen, and programmable liquid resin. Even Mr. Stark would be impressed
- Cotton Wool, Alpaca, Hemp, Flax, Silk, Water
- Nylon, Polyester, Rayon, Spandex, Liquid Resins, Thermoplastic fused Yarn
Fitted with Digital Light Synthesis Soles
This product is made of high-quality lithe and lightweight materials made by cutting-edge tech that combines composite fibers and fused yarns. More than 90% of this product is recyclable. The entire upper shoe was knitted completely with fused yarns, and were bound to a 3D-printed sole produced by a method called Digital Light Synthesis (DLS). DLS is a lossless sole-printing method pioneered by Silicon Valley’s Carbon which uses a combination of light, oxygen and programmable liquid resin that creates soft, resilient soles that add significantly to comfort and style.
Please check size properly. Size changes/error are non-exchangeable


Since its inception over a decade ago, PhaseView masters breakthrough innovation persistently as a result of its largest part of investment directed towards R&D and product development. PhaseView has engineered unique technologies from digital wavefront technology adding novel analysis tools for laser beam profiling to material microscopy enhancing 3D imaging capabilities of any microscope system.
PhaseView has recently introduced a new generation of light sheet microscopes addressing the needs in life science instrumentation for high temporal and spatial resolution microscopy systems.
PhaseView specializes in precision instruments for the industrial, medical and scientific markets. Working closely with our customers, PhaseView offers catalog products, custom instruments, products co-development and licensing opportunities.
Directions To PhaseView Headquarters
2, Impasse de la Noisette Batiment B, Hall B3, Suite B311 91370 Verrieres Le Buisson, France
PhaseView is located in the so-called Optics Valley, 15km south west from downtown Paris