kcherry497/dyno-blast-4b-rag huggingface dataset:
NONEL® & Primacord® Product Manual (Guide), page 23 of 85

2. Slide the surface connector along the shock tube(s) to ensure all are fully
 engaged and release any crossovers. Place the blocks consistently to
 one side of the collar.
 3. Repeat the above process until all holes have been connected using the
 surface connectors.

Figure 17 - EZ DET detonator surface connection layout.

To provide a surface delay between rows of EZ DET units, insert the shock
 tube(s) of a NONEL TD or EZTL detonator into the surface connector of the EZ
 DET. When using TD units, attach the incoming TD unit to the EZ DET unit’s
 shock tube leads in both directions following the Bunch Block instructions (page
 11). If EZTL units are used, be sure they are properly attached to the shock
 tube(s).
INERT STEMMING SL (SDS), page 11 of 13

General The product is not covered by international regulations on the transport of
 dangerous goods (IMDG, IATA, ADR).
14.1. UN Number
Not applicable
14.2. UN proper shipping name
Not applicable
14.3. Transport hazard class(es)
No transport warning sign required.
14.4. Packing group
Not applicable.

14.5. Environmental hazards
No.
14.6. Special precautions for user
Not applicable.
14.7. Transport in bulk according to Annex II of MARPOL and the IBC Code
Transport in bulk according to Not applicable
Annex II of MARPOL 73/78
and the IBC Code
SECTION 15. Regulatory information
15.1. Safety, health and environmental regulations/legislation specific for the substance or
mixture

National regulations Health and Safety at Work etc. Act 1974 (as amended).

SDS#1353 Revision date: 07/20/2020 11/13
TITAN® 3000 Matrix Blends — Tech Info (Tech Info), page 6 of 6

TECHNICAL DATA SHEET

TITAN® 3000
Heavy and Gassed Emulsion Blends
CE4 Commander (Brochure), page 4 of 4

presses the fire keys. tactile (vibration), audible (speaker) feedback,
• Down-hole wire length and other critical and visual alerts through bright LEDs. information is stored in the expanded memory. • It uses excellent battery management
• Non-volatile memory is used during detonator technology with USB or wireless charging. assembly. • Wireless communication with Commander is
 used to confirm system blast readiness and
The CE4 Commander execute Arm & Fire. This multi-purpose device
can be used as a Bench, Repeater, or Base ViewShot 3D
Commander, and it controls the entire blast. ViewShot 3D is a user-friendly and
• It limits user interface through automatic straightforward application that can run on a
 detonator detection, testing, and fast tablet, PC, or mobile phone. ViewShot 3D can
 programming. design a simple blast on the bench, which can
 be downloaded onto the CE4 Tagger. ViewShot
• It can be wirelessly controlled by the CE4
 3D seamlessly integrates with third party mine
 Tagger or via the BlastApp on a Tablet device. planning and reporting software. • Four channels can connect up to 400
 detonators for a total of 1,600 per Commander. • Up to 10 Commanders can be deployed
 BlastCards
 for a single blast using long distance RF • BlastCards use
 communication for 16,000 detonators per blast.
Delay Pattern Guide 2025.pdf (Guide), page 35 of 38

35

FREE FACE

ST
 AR
 T
 0 67 67 67 134 67 201 67 268 67 335
 25 92 159 226 293 360

17
 17

17

17
 17
 84 151 218 285 352 67 419
 109 176 243 310 377 444
 FREE FACE

17

17

17

17
 17
 169 235 302 369 436 67 503
 193 260 327 394 461 528

17
 17

17

17
 17
 252 319 386 453 520 67 587
 277 344 411 478 545 612

6440 S Millrock Dr, STE 150
 2 ks
 Salt Lake City, UT 84121
 000 c
 De 4
 Sequential Time NONEL® EZTL® Delay Time (ms) Movement Direction
 00
Always and Nevers (Guide), page 3 of 8

s et d’autres détonateurs non électriques, à moins d’avis
 vida útil recomendada por el fabricante o se piensa son materiales antiguos o contraire du fabricant, avant de retourner dans Ia zone du tir. Se conformer aux
 simplemente ya no se requieren. lois et aux réglements du pays de l’état, de Ia province et de la municipalité. Debido a las muchas innovaciones en la tecnología de explosivos durante NE JAMAIS percer, perforer ou recouvrer une matière explosive qui a produit
 los últimos años la apariencia y las características de los productos han un coup raté. Les ratés devraient être pris en charge UNIQUEMENT par une
 sufridos muchos cambios. Para asegurarse de que se está familiarizado con personne compétente et expérimentée, qul connaît le plan de tir et tous les types
 las propiedades del material explosivo que se propone destruir, se recomienda d’explosifs utilisés, ainsi que leur emplacement. consultar con el fabricante del producto para obtener la información más FUMÉES DE TIR
 actualizada referente al producto y la manera o método más adecuado para su TOUJOURS supposer Ia présence de fumées de tir lors de Ia détonation ou de Ia
 destrucción y eliminación. combustion d’une matière explosive. Rester à l’écart jusqu’à ce que ces fumées
 Las compañías que forman parte del Instituto de Fabricantes de Explosivos solent dissipées.
Using Electronic Detonators to Reduce Contamination and Improve Productivity (Case Study), page 1 of 2

The rock face, with the dark brown contaminated stone on
the right of the lighter high-quality production stone In addition to the detonators, signature hole analysis was
 used to help keep vibration under control. Signature hole
 analysis is a technique in which one blasthole is detonated
 PROJECT GOALS and the vibration results are gathered. Timing sequences
 can then be modeled based upon the waveform.
DIVIDING CONTAMINATED ROCK SEAM FROM
HIGH-QUALITY PRODUCTION AGGREGATES
Our goal for this project was to use precise timing to
separate the contaminated stone seam from the high-
quality production stone seam and send the aggregate
in two different directions. This would produce a visible
division of the aggregate, allowing the excavation
crew to see where the high-quality aggregate and the
contaminated aggregate lay.
NONEL® and PRIMACORD® Product Manual (Guide), page 57 of 87

The selection of the proper short interval delay arrangement is very important;
 especially when using delay devices located on the surface only. Hole size,
 burdens, spacings, type and structure of material being blasted, and general shot
 layout are all factors that have to be considered. A good rule of thumb, where
 no in-hole delay is provided, is not to exceed one millisecond per 30 centimeters
 (1 ms/ft) of spacing between holes. The surface delay should always be located
 closer to the hole or row being delayed, to give ground movement less opportuni-
 ty to affect surface delay performance. As an example, holes spaced on 3 meter
 (10 ft) centers would indicate a delay of 10 ms or less. Holes with 6 meter (20 ft)
 spacing would indicate a delay of 20ms or less, etc.

The timing sequence for detonating cord initiated blasts may be provided by:
 • detonating delays in the trunkline hook-up (MSConnector).
 • nonelectric delay detonators in place of the detonating cord
 trunkline (TD).
 • delay electric caps for initiation of downlines at the collar of
 each blasthole.

The choice of delay product for individual blasts will
N ever introduce detonating
 delays into the trunkline system
until just prior to blast time.
 depend on numerous local conditions and the blaster
 in charge.

®

48
 Product Application Manual: NONEL® & PRIMACORD® March 2011
 ™
NONEL® & Primacord® Product Manual (Guide), page 54 of 85

Cutting Detonating Cord
 After the primer is in position, but before loading operations continue, the deto-
 nating cord downline should be cut from the spool. Allow for sufficient length to
 extend above the collar of the hole to provide for the possible settling (slumping)
 of the load, and to make connections to trunkline(s). The end of the detonat-
 ing cord downline should be secured snugly at the top to keep it fairly taut. One
 method is to tie it to a wooden stake or box weighed down with a stone. This will
 prevent the downline from being lost in the hole during loading, but still allows
 some movement in case the charge subsides. When not in use, the detonating
 cord spool should be removed from the area of the loaded hole(s).

A lways use a clean, sharp knife,
 razor blade or instrument spe- N ever cut detonating cord with
 devices such as scissors, plier-
 type cutters, cap crimpers, wire
 cifically designed for cutting deto-
 nating cord. cutters, or similar instruments that
 produce metal-to-metal contact.
BLENDED NITRIC ACID (SDS), page 10 of 12

hold Quantities
U.S. - Oregon - Permissible Exposure Limits - TWAs
RTK - U.S. - Pennsylvania - RTK (Right to Know) - Environmental Hazard List
RTK - U.S. - Pennsylvania - RTK (Right to Know) List
U.S. - Rhode Island - Air Toxics - Acceptable Ambient Levels - 1-Hour
U.S. - South Carolina - Toxic Air Pollutants - Maximum Allowable Concentrations
U.S. - South Carolina - Toxic Air Pollutants - Pollutant Categories
U.S. - Tennessee - Occupational Exposure Limits - STELs
U.S. - Tennessee - Occupational Exposure Limits - TWAs
U.S. - Texas - Effects Screening Levels - Long Term
U.S. - Texas - Effects Screening Levels - Short Term
U.S. - Vermont - Permissible Exposure Limits - STELs
U.S. - Vermont - Permissible Exposure Limits - TWAs
U.S. - Washington - Permissible Exposure Limits - STELs
U.S. - Washington - Permissible Exposure Limits - TWAs
U.S. - Wisconsin - Hazardous Air Contaminants - All Sources - Emissions From Stack Heights 25 Feet to Less Than 40
Feet
U.S. - Wisconsin - Hazardous Air Contaminants - All Sources - Emissions From Stack Heights 40 Feet to Less Than 75
Feet
U.S. - Wisconsin - Hazardous Air Contaminants - All Sources - Emissions From Stack Heights 75 Feet or Greater
U.S. - Wisconsin - Hazardous Air Contaminants - All Sources - Emissions From Stack Heights Less Than 25 Feet
U.S.
DYNOMIX™ (SDS), page 10 of 12

Safety Data Sheet
U.S. - Texas - Effects Screening Levels - Long Term
U.S. - Texas - Effects Screening Levels - Short Term
 Ammonium nitrate (6484-52-2)
U.S. - California - Toxic Air Contaminant List (AB 1807, AB 2728)
U.S. - Delaware - Accidental Release Prevention Regulations - Sufficient Quantities
U.S. - Delaware - Pollutant Discharge Requirements - Reportable Quantities
U.S. - Massachusetts - Oil & Hazardous Material List - Groundwater Reportable Concentration - Reporting Category 1
U.S. - Massachusetts - Oil & Hazardous Material List - Groundwater Reportable Concentration - Reporting Category 2
U.S. - Massachusetts - Oil & Hazardous Material List - Reportable Quantity
U.S. - Massachusetts - Oil & Hazardous Material List - Soil Reportable Concentration - Reporting Category 1
U.S. - Massachusetts - Oil & Hazardous Material List - Soil Reportable Concentration - Reporting Category 2
RTK - U.S. - Massachusetts - Right To Know List
RTK - U.S. - New Jersey - Right to Know Hazardous Substance List
U.S. - New Jersey - Special Health Hazards Substances List
RTK - U.S. - Pennsylvania - RTK (Right to Know) - Environmental Hazard List
RTK - U.S. - Pennsylvania - RTK (Right to Know) List
U.S. - Texas - Effects Screening Levels - Long Term
U.S. - Texas - Effects Screening Levels - Short Term
 Guar gum (9000-30-0)
U.S. - Texas - Effects Screening Levels - Long Term
U.S.
UREA AMMONIUM NITRATE (UAN) 32% (SDS), page 3 of 9

SECTION 7 - HANDLING AND STORAGE
Additional Hazards When Processed: Material will not burn but thermal decomposition may result in flammable/toxic
gases being formed if evaporated to near dryness. Dry residue may form explosive mixtures with organic materials. Avoid
temperatures above 100°C (212°F) which may result in evaporation, thermal decomposition or explosion. May explode by
detonation, heat or shock when evaporated to near dryness. Solution may detonate if subjected to heat and pressure. If
evaporated to dryness, acts as an oxidizing agent, supports combustion by liberating oxygen even if smothered.
Precautions for Safe Handling: Store in compliance with all Federal, State, and local regulations. Store in a well-
ventilated area, away from incompatible materials or sources of heat and ignition. Empty containers may contain residue
and can be dangerous. Do not pressurize, cut, weld, braze, solder, drill, grind or expose such containers to heat, flames,

SDS# #1138 Date: 05/01/2025 Page 3 of 9
NONEL® LEADLINE (EEG Guide), page 1 of 1

NONEL® LEADLINE

El NONEL LEAD LINE está diseñado para proveer el máximo de flexibilidad para escojer la distancia segura para el inicio de la voladura tanto en aplicaciones subterráneas o de superfice. El NONEL LEAD LINE es el único Producto NONEL que puede ser cortado y unido a otro detonador FireX para conformar una línea de inicio no eléctrica.

Hoja de Datos Técnicos

HDS

Folleto
FIRELINE 17/80 PETN PLASTIC (Tech Info), page 1 of 2

TECHNICAL DATA SHEET
FIRELINE®17/80 PETN PLASTIC
Oil Field Detonating Cord
 SDS
 Properties #1121

 Explosive Core Load 17 g/m (80 gr/ft) nominal Poly
 15.3 g/m (72 gr/ft) minimum Jacket
 Poly
 Detonation Velocity 6800 m/s (22,304 ft/s) nominal
 Braid
 6400 m/s (20,922 ft/s) minimum
 PETN
 Shrinkage Not Tested
 Jacket Thickness 0.20 mm (0.008 in) minimum
 Dimensions 5.33 mm (0.210 in) nominal
 Product Description

 + 0.25 mm (0.010 in)
 FIRELINE 17/80 PETN PLASTIC is an economical alternative used primarily in
 Lap Joint Sensitive Yes PETN or RDX based “carrier-type” wireline systems which are intended for mild
 Product Code A379052 downhole conditions for short time periods (see graph below).
 Cord Components PETN explosive core (white)
 Temperature Range
 Ploy-textile braid (white) The temperatures listed are maximum values. DO NOT EXCEED.
 Polyethylene jacket (white)

 250
 • Temperature resistance is based upon the manufacturer’s laboratory
 tests in air, at ambient pressure only. 107
 200 (225)
 • Shrinkage is defined as the overall decrease in length.
 79
 •V elocity was tested unconfined, at ambient pressure, and after “cool
 150 (175)
 down.” Not Tested
 100

 Hazardous Shipping Description 50
 Cord, Detonating, 1.1D UN 0065 II EX 1992020035
 0
 1 Hr 24 Hr 48 Hr 100 Hr 200 Hr 300 Hr 400 Hr

 Product Disclaimer: Please see reverse side.
TITAN® 9000 Matrix Blends — Tech Info (Tech Info), page 1 of 6

Emulsion % 20 30 40 50 60 70 100

Cup Density a, b (g/cc) Avg 0.98 1.10 1.26 1.15 1.15 1.15 1.15

Energy c (MJ/kg) 3.5 3.4 3.3 3.2 3.1 3.0 2.7

Relative Weight Strength d 95 92 89 86 84 81 73

Relative Bulk Strength d
 113 123 137 121 118 114 102

Minimum Diameter (mm) 102 102 127 102 89 76 76
CE4 Commander (Brochure), page 4 of 4

nators for a total of 1,600 per Commander. • Up to 10 Commanders can be deployed
 BlastCards
 for a single blast using long distance RF • BlastCards use
 communication for 16,000 detonators per blast. Near Field Communication
• The unique, robust design with a built-in long- (NFC) to wirelessly interact with
 range antenna can handle the harshest mining the Commander. conditions (no external antenna required). • Encrypted blast commands and RF settings
• The Arming and Blasting process is controlled are stored in the card. with NFC BlastCards. • BlastCards are password protected to ensure
• It can potentially be integrated into mines’ safe blasting. clearance systems to authorise blasting.

DigiShot Plus 4G is a registered trademark of DetNet South Africa (Proprietary) Ltd.
 ® ®

01-2024 © Dyno Nobel Inc. 2010

dynonobel.com/commander
Waste Oil fuel blends deliver cost reduction (Case Study), page 1 of 2

The direct replacement of up to 50% of the diesel in ANFO with
waste oil delivers an immediate reduction in bulk explosives fuel
oil costs to mining operations.
Improved environmental and social management

The consumption of waste oil onsite in explosives is strongly
aligned with mine site environmental objectives, and the
reduction of road transport for both waste oil removal and diesel
delivery to site improves local social outcomes by reducing road
Always and Nevers (Guide), page 7 of 8

NEVER allow any source of ignition within 50 feet of a blast site except la piel. Si hay contacto, lave las áreas afectadas con agua abundante. CARTOUCHES–AMORCES EN FILM PLASTIQUE – Figure 7
approved safety fuse lighters. SIEMPRE evite estar expuesto al ruido excesivo de una voladura. Cumpla con
 las leyes y normas federales, estatales y locales. FABRICATION D’AMORCES A L’AIDE
 USING EXPLOSIVE MATERIALS: SIEMPRE inicie una voladura desde una posición alejada del área a volar DE CORDEAUX DÉTONANTS
 ELECTRONIC INITIATION considerando la distancia a la que serán lanzadas las rocas por la voladura. Si CORDEAUX DÉTONANTS ET RENFORÇATEURS MOULÉS - Figure 8
ALWAYS follow manufacturer’s warning and instruction, especially hook-up es necesario estar cerca del área a volar entonces se debe utilizar un refugio TOUJOURS suivre le mode recommandé par le fabricant pour I’emploi de
procedures and safety precautions. protegido adecuado. cordeaux détonants et de renforçateurs moulés. Siempre permanezca alejado del área de la voladura hasta que se despeje el AUTRES TYPES D’AMORCES
ALWAYS fire electronic detonators with the equipment and procedures
 polvo y el humo y la visibilidad sea normal. TOUJOURS suivre le mode d’emploi recommandé par le fabricant pour préparer
recommended by the manufacturer.
Shot Pattern Guide (Guide), page 8 of 38

8

 F R E E F A C E
 ST
 A
 R
 T
 F A C E

 25 25 25 25 25 25 25
 0 25 50 75 100 125 150 175

 42 42 42 42 42 42 42

 25
 67 92 117 142 167 192 217 242
 F R E E

 42 42 42 42 42 42 42

 25
 134 159 184 209 234 259 284 309

 2650 Decker Lake Blvd, Suite 300
 Salt Lake City, Utah USA 84119 000 NONEL® EZTL® Delay Time (ms) 1
 00

 Sequential Time Movement Direction
 Telephone: (800) 732-7534
 www.dynonobel.com 4
DYNO NOBEL INC. and its subsidiaries disclaim any warranties with APPLICATIONS NOTES
respect to their products and the information presented herein, the
 SURFACE DELAYS
safety or suitability thereof, or the results to be obtained, whether
express or implied, INCLUDING WITHOUT LIMITATION, ANY IMPLIED Quarry, coal, construction or open pit Best results with 2 free
WARRANTY OF MERCHANTABILITY OR FITNESS FOR A PARTICULAR
 25ms and 42ms faces.
PURPOSE AND/OR ANY OTHER WARRANTY. Buyers and users
assume all risk, responsibility and liability whatsoever from any and all LIMITATIONS IN-HOLE DELAYS
injuries (including death), losses, or damages to persons or property
arising from the use of their products. Under no circumstances shall
DYNO NOBEL INC. or any of its subsidiaries be liable for special, Infinite in length, 2 or 3 rows deep Same delay period in each hole. Suggested in-hole
consequential or incidental damages or for anticipated loss of profits. delay: 500ms
FIRELINE 17/80 HNS LS (Tech Info), page 2 of 2

Product Disclaimer: Dyno Nobel Inc. and its subsidiaries disclaim any warranties with respect to this product, the safety or suitability thereof, or the results to be obtained, whether express or implied, INCLUDING WITHOUT
 LIMITATION, ANY IMPLIED WARRANTY OF MERCHANTABILITY OR FITNESS FOR A PARTICULAR PURPOSE AND/OR OTHER WARRANTY. Buyers and users assume all risk, responsibility and liability whatsoever from any and
 all injuries (including death), losses, or damages to persons or property arising from the use of this product. Under no circumstances shall Dyno Nobel Inc. or any of its subsidiaries be liable for special, consequential or
 incidental damages or for anticipated loss of profits.
GEOSHOT® ELECTRONIC INITIATION SYSTEM 1.1B (Tech Info), page 2 of 2

44S130B SPOOL 16 13.4 29.5 • GeoShot must be transported, stored, handled and used in conformity with all federal,
 40 130 GS44130B COIL 20 15.3 33.73 state, provincial and local laws and regulations. 45 150 GS44150B COIL 20 16.5 36.4 • For maximum shelf life (5 years), GeoShot must be stored in a cool, dry, well ventilated
 magazine. Explosive inventory should be rotated. Avoid using new materials before
 45 150 GS44S150B SPOOL 12 12 26.5
 the old. For recommended good practices in transporting, storing, handling and
 54 180 GS44180B COIL 16 14 31 using this product, see the booklet “Prevention of Accidents in the Use of Explosive
 61 200 GS44S200B SPOOL 12 14.2 31.3 Materials” packed inside each case and the Safety Library Publications of the Institute
 of Makers of Explosives. 73 240 GS44S240B SPOOL 12 16.7 37
 81 265 GS44S265B SPOOL 8 12.5 27.5
 Length rounded to nearest whole meter. Other lengths available upon request. GeoShot® is a trademark of DetNet® South Africa (Proprietary) Limited.

ADDITIONAL INFORMATION – Visit dynonobel.com for Brochures and Case Studies related to this product.
UREA ULTRA LOW BIURET (ULBU) (SDS), page 5 of 8

SECTION 10 - STABILITY AND REACTIVITY
Reactivity: Hazardous reactions will not occur under normal conditions.
Chemical Stability: Stable. Decomposes at about 135°C, just above its melting point. Can be made explosive when
dissolved in Nitric Acid, even without completely drying. Stable under recommended handling and storage conditions (see
section 7).
Possibility of Hazardous Reactions: Hazardous polymerization will not occur.
Conditions to Avoid: Avoid exposing containers to heat or flame. Keep separated from incompatible materials. Avoid
moisture while in storage as urea will readily absorb moisture. Incompatible materials.
Incompatible Materials: Nitric Acid, gallium, perchlorate, strong oxidizing agents, caustics and alkalis.
Hazardous Decomposition Products: Ammonia and Nitrogen Oxides (Nitric Oxide and Nitrogen Dioxide).

SECTION 11 - TOXICOLOGICAL INFORMATION
Information on Toxicological Effects - Product
Acute Toxicity: Not classified
LD50 and LC50 Data: Not available
Skin Corrosion/Irritation: Causes skin irritation.
Serious Eye Damage/Irritation: Causes eye irritation.
Respiratory or Skin Sensitization: Not classified

SDS# 1134 Date: 05/01/2025 Page 5 of 8
50% Blasting Cycle efficiency improvement (Case Study), page 1 of 2

Project Summary
 How to Be a Safety and Security HotShot
LARGER BLASTS, REDUCED DILUTION AND
ENHANCED SAFETY
Electronic detonation has transformed production efficiency at
Newcrest’s underground Cracow Mine in central Queensland. In 2005, blasting at the steeply dipping epithermal gold and
silver mine was being managed conventionally, until the mine
struck a geo-technically sensitive stope. If pyrotechnic
detonators were used, the stability of the stope’s 10 meter
span could be compromised. Dyno Nobel’s solution was to use its electronic detonator
 ®
HotShot to mass blast and extract the ore. The results were Project Goals
outstanding. Increased accuracy allowed firing of much larger
blasts. With greater control of the firing direction, the company HIGH LEVELS OF SAFETY AND SUSTAINED
was able to reverse fire the whole stope in one mass blast, PRODUCTION
throwing the ore away from the waste backfill. The production The overall goal in 2005 was to sustain production while
benefits were tangible and the system reduced exposure of maintaining high safety standards. As conventional blasting at
charge crews to the hazards of working next to a stope void. the 10 meter span would expose charge crews to several
 charging sequences adjacent to a stope void, electronic
 detonators were selected to mass blast the stope, instead of
 Background blasting in sections.
TITAN® 2000 Matrix Blends Series (EEG Guide), page 1 of 1

The TITAN 2000 Heavy ANFO Blends contain TITAN 2000 emulsion and ANFO and are designed for use in medium to large diameter dry or dewatered blastholds. Recommended delivery is by auger into the blasthole from a Bulk Emulsion Vehicle (BEV). Blend densities ranging from 0.86g/cm3 to 1.32g/cm3 allow you to control the bulk strength and explosive distribution for variable ground conditions.

TITAN® 2000 Gassed Blends are emulsion rich, water resistant mixtures of TITAN 2000 emulsion and ANFO manufactured from Detraprill. Designed for use in medium to large diameter blastholes, they are pumped from a Bulk Emulsion Vehicle (BEV) through a loading hose to the bottom of wet blastholes. The addition of ANFO provides control over the bulk strength and gas volume generated during detonation, which means you can match performance to desired blast requirements. Gassed blends with a higher emulsion content favour higher velocities of detonation. As the emulsion content increases, the water resistance of the product increases significantly.

SDS

Technical Information