Dyno Nobel Inc.
TROJAN® GEOPRIME®
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TROJAN GEOPRIME is a high energy, highly reliable, seismic explosive containing patented bioremediation technology (see back for detailed explanation) and made from the highest quality PETN and other high explosive materials ensuring dependability and durability. In addition, TROJAN GEOPRIME provides consistent energy release in all extreme seismic environments. The specialized design of the Geoprime plastic shell allows charge weight to be varied, as needed, by screwing the shells together.
TROJAN GEOPRIME is a high energy, highly reliable, seismic explosive containing patented bioremediation technology (see back for detailed explanation) and made from the highest quality PETN and other high explosive materials ensuring dependability and durability. In addition, TROJAN GEOPRIME provides consistent energy release in all extreme seismic environments. The specialized design of the Geoprime plastic shell allows charge weight to be varied, as needed, by screwing the shells together.
APPLICATION RECOMMENDATIONS
• NEVER use Dyno Nobel seismic explosive products and/or components with explosive products and/or components made by other manufacturers.
• ALWAYS use the Dyno Nobel high strength seismic detonator for optimum results.
• Recommended temperature range is -40ºC to 65ºC (-40ºF to 150ºF). Geoprime is unaffected by extremely low temperatures but detonators produce less energy below -40ºC (-40ºF).
• ALWAYS use built-in cap wells for seismic detonators. Two detonators are recommended for insurance and reliability where extreme environmental conditions or prolonged exposure periods are encountered.
• NEVER use GEOPRIME with detonating cord. Misfires may result.
• Undetonated Explosives Dyno Nobel’s policy is to provide the highest quality and most reliable explosives products and initiation systems possible for seismic exploration. To assure our customers of the best commercial explosive products, Dyno Nobel has implemented manufacturing processes and controls. When difficult drilling conditions are encountered or when rough loading conditions exist, Dyno Nobel recommends the use of two (2) Dyno Nobel detonators. A broken detonator leg wire is the prime cause of undetonated seismic charges. Protect your investment in seismic exploration by requiring training on the proper use of explosive materials for all who handle, use or have contact with explosive materials.
• The user of this product (or any other explosive product) should not abandon undetonated charges in the ground. Abandoning undetonated charges constitutes misuse of the product for which Dyno Nobel and its subsidiaries are not responsible.