Ballistic Transfer Systems
Extra high detonating velocities and high energy output.
DynaEnergetics’ broad portfolio of detonating cords include high temperature and pressure-resistant PT-Detonating Cords suitable for applications where the cord is exposed to wellbore fluids.
Our temperature-resistant T-Detonating Cords, designed solely for use in hollow carrier gun systems, are more flexible and thus very suitable for high shot density gun systems.
Our Bi-Directional Boosters offer a high energy output without the use of primary explosives.
Our temperature-resistant T-Detonating Cords, designed solely for use in hollow carrier gun systems, are more flexible and thus very suitable for high shot density gun systems.
Our Bi-Directional Boosters offer a high energy output without the use of primary explosives.
RDX
HMX
Our HMX pressure and temperature (PT) resistant detonating cords are designed for intermediate temperature applications and are optimized for extra high detonating velocities.
The HMX bi-directional boosters have been developed for all applications where tandem booster connections are required, offering maximum energy transfer over given air gaps.
The HMX bi-directional boosters have been developed for all applications where tandem booster connections are required, offering maximum energy transfer over given air gaps.
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HNS
Our HNS pressure and temperature (PT) resistant detonating cords are designed for high temperature applications and are optimized for extra high detonating velocities.
The HNS bi-directional boosters have been developed for high temperature applications where tandem booster connections are required, offering maximum energy transfer over given air gaps.
The HNS bi-directional boosters have been developed for high temperature applications where tandem booster connections are required, offering maximum energy transfer over given air gaps.
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PYXtreme™
Our PYX temperature resistant (T) detonating cord and bi-directional booster cover the highest temperature applications of up to 300°C (572°F) for one hour and 260°C (500°F) for 100 hours.
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