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An In-line Flame Arrestor (Deflagration Type) is a safety device engineered to prevent the propagation of flame through flammable gas or vapor mixtures within pipelines. Specifically designed to stop deflagrations—slow to moderate-speed flames—it works by absorbing and dissipating the flame's heat through a precision flame element, effect
An In-line Flame Arrestor (Deflagration Type) is a safety device engineered to prevent the propagation of flame through flammable gas or vapor mixtures within pipelines. Specifically designed to stop deflagrations—slow to moderate-speed flames—it works by absorbing and dissipating the flame's heat through a precision flame element, effectively quenching the combustion front.
These arrestors are installed in-line with piping systems and are critical in industries where combustible gases or vapors are handled, such as oil & gas, petrochemicals, and chemical processing.
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Applications:
Why Use a Flame Arrestor?
To prevent explosions from propagating through piping systems and damaging equipment or endangering personnel. In-line deflagration flame arrestors are a critical layer of protection in flammable environments.
An In-line Flame Arrestor (Detonation Type) is a robust safety device designed to stop high-speed and high-pressure flame propagation—known as detonations—in pipelines carrying flammable gases or vapors. Unlike deflagration arrestors, detonation flame arrestors are built to withstand and quench both stable and unstable detonations, makin
An In-line Flame Arrestor (Detonation Type) is a robust safety device designed to stop high-speed and high-pressure flame propagation—known as detonations—in pipelines carrying flammable gases or vapors. Unlike deflagration arrestors, detonation flame arrestors are built to withstand and quench both stable and unstable detonations, making them essential for the highest-risk applications.
These arrestors are installed directly in piping systems where explosive atmospheres may develop, particularly in long pipelines or systems with potential ignition sources.
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Applications:
Why Use a Detonation Flame Arrestor?
To provide maximum explosion protection, especially in systems where flame speeds can accelerate, and where detonation risks are present due to pipeline length, flow velocity, or gas composition. These arrestors are critical for ensuring operational safety in hazardous environments.
An End-of-Line Flame Arrestor is a safety device installed at the termination point of a vent or exhaust line to prevent external flame from igniting flammable vapors inside a tank or pipeline. It acts as a barrier between combustible vapor emissions and potential ignition sources, making it essential for tanks storing volatile liquids s
An End-of-Line Flame Arrestor is a safety device installed at the termination point of a vent or exhaust line to prevent external flame from igniting flammable vapors inside a tank or pipeline. It acts as a barrier between combustible vapor emissions and potential ignition sources, making it essential for tanks storing volatile liquids such as fuels, solvents, or chemicals.
Designed for deflagration protection, these arrestors stop flame fronts at the vent outlet, ensuring safe venting while meeting environmental and safety regulations.
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Applications:
Why Use an End-of-Line Flame Arrestor?
To ensure safe atmospheric venting while preventing external flames from entering the system and causing internal explosions—critical for compliance and plant safety.
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