Flame Arrester

SKU: AWPR-1031 Product Category:
Main uses of the product:
  • Prevention of flame propagation and explosion in pipelines and tanks containing flammable fluids

  • Absorption and reduction of flame heat through durable metallic mesh elements

  • Robust design resistant to impact, pressure, and high temperatures

  • Suitable for installation on storage tanks, gas and fuel lines, exhaust systems, and vapor recovery systems

  • Prevents the entry of particles and insects into tanks

  • Manufactured in accordance with EN 16852 / ASTM F1273 standards

  • Operating temperature range: -120°C to +250°C

  • Available in sizes 2″ to 12″, with ANSI / DIN flanged connections

  • Quality tests include Dimensional and Hydrostatic (Hydrotest) inspections

  • Body material: Stainless Steel 304 / 316 or Carbon Steel (C.S.)

Product introduction:

A flame arrester is a device installed on storage tanks and along transfer pipelines to reduce the temperature and divide flames into smaller streams in the event of ignition or fire. The use of this equipment is essential in pipelines and tanks containing flammable fluids.

Flame arresters extinguish or, in other words, stop a propagating flame by absorbing its heat. The heat of the flame is absorbed within a metallic mesh element inside the device. The overall dimensions and passage sizes of this element are determined based on factors such as gas composition, temperature, and the allowable pressure drop across the system.

Applications include:

The function of flame arresters in restricting flames and preventing explosive fire propagation has made them essential safety devices with a wide range of applications, including:

  • Use in storage tank vents
  • Natural gas and fuel supply and transfer lines
  • Industrial burner exhaust stacks
  • Flammable vapor recovery systems

In addition to preventing flame propagation, flame arresters also prevent the entry of particles and insects into storage tanks.

The flame arrester’s metallic mesh element is designed to effectively withstand external impacts and resist deformation when exposed to propagating flames or explosion pressure waves.

Technical specifications:

EN 16852/ASTM F1273 Design Codes
-10/+250°C for C.S. ,
-120/+250°C for S.S.
Design Temperature
IIA / IIB / IIC MESG
Dimensional, Hydrotest Factory Tested
From 2” to 12” Sizes
Flanged ANSI / DIN Connections

DN (inch) DN (mm) A (mm) B (mm) C (mm) D (mm)
2” 50 334 140 272 165
2 ½” 65 334 140 302 185
3” 80 354 150 333 200
4” 100 376 160 363 220
6” 150 478 210 475 285
8” 200 518 230 560 340
10” 250 550 250 646 405
12″ 300 611 280 765 460

 

POS. DESCRIPTION MATERIALS
1 Body SS316 SS304 C.S.
2 Housing SS316 SS304 C.S.
3 Elements SS316 SS304
4 Gasket SS PTFE Ceramic
5 Bolts B7 B8M 8.8
6 Nuts 2H 8M 8
7 Shelter SS316 SS304 C.S.
Flanges Connection ASME b16.5 PN/DIN

 

Barcode AMS-FA-020-120 QrCode AMS-FA-020-120