Ibeda Flashback Arrestor. They are ideal for high volume gas flow Features • High f

They are ideal for high volume gas flow Features • High flow arrestor to fit into a blowpipe or a one piece cutting torch, designed for acetylene, LpG, Natural Gas or Hydrogen use • 100% Leak and flame tested Applications • For heating and gouging applications which require high gas flows • Can also be used for standard cutting, welding and brazing applications Specifications Regulator end flashback arrestors are safety devices fitted to the outlet of a regulator. **Technical Data** - Suitable for Acetylene, Industrial Hydrogen, Propy FLAME ARRESTOR A stainless steel sintered element stops any flashback from the gas outlet side. Flowsaver Oxygen & Propane Cutting Kits are fully assembled using quality components from European manufacturers, designed for heavy duty cutting environments, find out more details online now. IBEDA standard flashback arrestor to prevent backfeeding of gas and extinguish flashback flames. The flame is cooled below the specific gases ignition temperature, so that the fuel gases on the inlet side cannot be ignited, thus quenching the flashback. The quick-action shut-off valve SSE provides a safe cut-off of acetylene decomposition of all high pressure parts with flow up to 150 m3/hr Gas manifolds equipped with all safety devices Decomposition arrestor for Acetylene manifolds IBEDA safety devices for manifolds and bundle batteries are manufactured to the latest standards. IBEDA offers flashback arresters for many industrial gases (Fuel gases) such as acetylene, hydrogen, methane, natural gas, propane, propylene, butane, as well as oxygen and compressed air. IBEDA supplies flashback arrestors with integrated flame arrestor, gas non-return valve and thermal cut-off valve. By means of the testing unit PVGD, a flashback arrestor can be tested for sufficient gas flow. Standard Flow Flashbacks The flashback arrestor is designed to prevent the backflash of a flame through the torch into the hoses and regulators which can cause the torch and hoses to explode and can cause severe operator injuries.

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