The Elmac Technologies® LCA Series of In-Line Deflagration Arresters can be designed and manufactured to meet high pressure, high temperature and short-time burn requirements.
Elmac’s series of In-Line Deflagration Flame Arresters are designed to prevent the propagation of flames in piping systems. By locating the arrester in close proximity to the potential source of ignition, any flame or explosion is confined to the immediate area. LCA Flame Arresters have multiple operating capabilities including high pressure, high temperature, and short time burn.
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For more detailed information, please select a specific product from our range below.
The Elmac Technologies® LCA Series of In-Line Deflagration Arresters can be designed and manufactured to meet high pressure, high temperature and short-time burn requirements.
The Elmac Technologies® LCB Series of In-Line Deflagration Flame Arresters can be designed and manufactured to meet high pressure, high temperature and short-time burn requirements.
The Elmac Technologies® DFC Series of In-Line Deflagration Flame Arresters are designed specifically for IIC explosion group applications.
The Elmac Technologies® LEA Series are designed to prevent the propagation of flames in piping systems. The innovative eccentric body design prevents the build up of liquid in wet gas applications and allows for close to ground installation.
The Elmac Technologies® LEB Series of In-Line Deflagration Arresters can be designed and manufactured to meet high pressure, high temperature and short-time burn requirements.
The Elmac Technologies® DFB Series is an In-Line Deflagration Flame Arrester with replaceable element. Designed to be installed closed to the potential ignition source in piping systems.
The Elmac Technologies® SGE-IB In-Line Deflagration Flame Arresters are designed to prevent propagation of flames in gas or vapour mixtures.
The Elmac Technologies® MB-IB Series of Microbore In-Line Deflagration Flame Arresters are specially designed for the protection of gas sampling equipment where flammable vapours are present. Suitable for use in applications in gas explosion group IIB3.
