Type Of Drawer Flame Arrester

GMK VALVE manufactures high-efficiency safety equipment for hazardous petrochemical operations worldwide. Our modern drawer type flame arrester stops fierce pipeline deflagrations before thermal energy damages critical infrastructure. Technical teams design these protective inline devices with robust outer shells and accessible internal element assemblies. Furthermore, facility engineers choose between overlapping wire mesh elements and corrugated metal foil elements based on specific line pressures.

As a leading safety manufacturer, we build each drawer type flame arrester to ensure minimal pressure loss across continuous process pipelines. For instance, corrugated elements utilize stainless steel or copper-nickel alloys to absorb intense mechanical and thermal shocks. In addition, the modular sliding architecture allows field operators to clean or service filter components without disassembling main line connections. Consequently, processing facilities maintain high operational safety while significantly reducing routine maintenance downtime.

GMK VALVE drawer type flame arrester for petrochemical pipeline
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GMK VALVE drawer type flame arrester for petrochemical pipeline

CE Certification

ISO Standards

Warranty Included

Key Engineering Features of the Drawer Type Flame Arrester

Our protective inline series integrates versatile alloy choices to handle aggressive chemical vapors safely. For example, shell options include cast iron, aluminum alloys, carbon steel, and premium 304 or 316L stainless steel grades. Furthermore, these reliable safety units operate smoothly in harsh outdoor environments with ambient temperatures ranging from -40 °C to +60 °C.

High-density corrugated elements stop severe deflagration flames while maintaining steady fluid momentum.

Standard flange connections conform strictly to HG20592 PN1.0 and international piping standards.

Precision manufacturing guarantees compatibility with gasoline, diesel, kerosene, aromatics, and air mixtures.

Integrated lifting handles facilitate rapid element extraction during routine inspection cycles.

Step-by-Step Field Installation Guidelines

Proper mechanical assembly ensures that every safety device performs reliably under severe operational stresses. First, technicians must remove all protective flange covers and thoroughly clean all sealing face surfaces. In addition, installers inspect matching gaskets to verify chemical compatibility with process fluids before securing flange bolts.

Furthermore, maintenance personnel apply appropriate thread lubricants to all fasteners prior to final flange tightening. Installers align the safety shell with matching pipeline flanges while checking handle positions carefully. Therefore, maintenance teams can easily slide out internal element units during future cleaning procedures without disturbing primary piping arrays.