When it comes to unstable detonation flame arresters, Elmac Technologies is setting new benchmarks in efficiency thanks to our unique High Energy Dissipation System – HEDS™.
HEDS™ technology is 30% more efficient because of the innovative design. It incorporates our pioneering orifice plate with new wider crimp mesh to attenuate the shock wave, dissipate the heat and significantly reduce the explosion intensity.
This new harder-working design also means that the flame arrester needs fewer elements to make it work. And fewer elements in the arrester makes it smaller, lighter and better performing.
The Elmac Technologies® series of in-line unstable detonation flame arresters uses High Energy Dissipation System (HEDS™) technology.
- attenuating the shock wave
- dissipating heat
- providing market-leading flow versus pressure drop performance
The many benefits of using HEDS™ technology include:
HEDS™ protects from all explosion scenarios including worst-case unstable detonations.
Bi-directional capability means there are no placement restrictions or the need for additional equipment.
Flow rates and pressure drops are improved by up to 30%.
Optimised HEDS™ and E-Flow™ element technology facilitates fewer functional elements and/or reduced product size.
Reduced product, pipe and pump sizes yields significant energy and CapEx/OpEx savings.
Fewer components simplifies maintenance and reduces downtime.
Reduced Insurance Premiums
Due to enhanced levels of safety.
For assistance with your product selection, please contact us today.