Flame Arrestor

Designed to prevent flame propagation in pipelines or tank vents while allowing free gas flow, ensuring explosion protection and process safety.

Why Choose Flame Arrestor from ADYAA?

Provides dependable overpressure protection to ensure the safety of equipment, personnel, and processes in all operating conditions.

Accurately responds to pressure variations, offering consistent relief and maintaining system stability under critical situations.

Built with high-quality stainless steel and corrosion-resistant materials for superior performance in harsh and demanding environments.

Available in a wide range of pressure ratings, sizes, and end connections to meet diverse industrial applications.

Meets international standards such as ASME, API, and PED, guaranteeing safe and compliant operation in all pressure systems.

Size Range: 1″ to 12″
End Connection Types: Flanged (ANSI/DIN), Screwed (BSP/NPT), or Welded Ends.
MOC: Stainless Steel (SS304 / SS316), Carbon Steel, Aluminum, or Bronze.
Standards Used: Designed and tested in accordance with API 2000 / ISO 16852 / EN 12874 standards for flame arrestors and tank venting protection.

Type of Design: End-of-line, deflagration-type flame arrestor with a crimped stainless steel flame element and weatherproof housing, providing reliable protection against external ignition sources.

Size Range: ½” to 24″
End Connection Types: Flanged (ANSI/DIN), Screwed, or Welded Ends.
MOC: SS304, SS316, or Carbon Steel with flame-quenching element in Stainless Steel.
Standards Used: Designed and tested in accordance with API 2000 / ISO 16852 / EN 12874 standards for in-line flame arrestors and explosion protection systems.
Type of Design: Bidirectional, deflagration or detonation-proof design, featuring a crimped metal element that efficiently absorbs flame energy while ensuring low pressure drop and reliable performance.

Size Range: 1″ to 20″
End Connection Types: Flanged or Screwed Connections.
MOC: SS316 / SS304 body with stainless steel flame arresting element.
Standards Used: Manufactured and tested in accordance with ISO 16852 / EN 12874 / API 2000 standards for flame arrestors and explosion protection.
Type of Design: In-line, bidirectional deflagration-proof design featuring a crimped stainless steel flame element engineered to dissipate flame energy effectively while maintaining low pressure drop.

Size Range: 2″ to 24″
End Connection Types: Flanged (ANSI/DIN).
MOC: Carbon Steel or SS316 with high-strength stainless steel element.
Standards Used: Designed and tested in accordance with ISO 16852 / EN 12874 / API 2000 standards for detonation-proof flame arrestors and explosion protection systems.
Type of Design: In-line, bidirectional detonation-proof design featuring a reinforced crimped element and shock-resistant housing, capable of withstanding continuous detonations and high-pressure pulses.

Size Range: 2″ to 12″
End Connection Types: Flanged or Screwed.
MOC: SS304 / SS316 or Aluminum.
Standards Used: Designed and tested according to API 2000 / ISO 16852 / EN 12874, suitable for atmospheric and low-pressure tank venting systems.
Type of Design: End-of-line or tank-mounted, deflagration-proof design with a stainless steel flame-quenching element, allowing safe venting while stopping flame entry.

Prevent flame propagation in pipelines and vents, ensuring explosion protection and operational safety.
High-performance flame element design offering low pressure drop and excellent gas flow capacity.
Available in end-of-line, in-line, deflagration, detonation, and tank-mounted configurations.
Robust stainless-steel construction is suitable for corrosive and hazardous environments.
Easy inspection, cleaning, and maintenance with long service life and reliable performance.

Oil & Gas: Protecting critical equipment such as pipelines, separators, and storage tanks from pressure buildup.
Chemical & Petrochemical: Delivering safe and reliable pressure control across reactors, columns, and process lines.
Power & Energy: Providing dependable overpressure protection for boilers, turbines, and steam systems.
Pharmaceutical & Food Processing: Ensuring clean and compliant pressure relief for sanitary and hygienic applications.
Water & Wastewater: Offering safety relief solutions for filtration, pumping, and treatment installations.
HVAC & Refrigeration: Preventing excess pressure in compressors, chillers, and closed-loop systems.