Flame Arrestors
A flame arrestor is used to prevent the propagation & transmission of flame generated in the line from an unprotected side to the protected side of a flame arrestor but at the same time to allow the vapours to pass to the protected side. Flame Arrestors are installed on the vents of storage tanks and vessels or in process lines where flammable gases are being transferred.
We manufacture our Flame Arrestors according to ISO:16852, IS16485(ISO:16852), IS:11006, International Electro Technical Commission code IEC 60079-1:2007. Prototype tests according to mentioned codes for IIB3, IIB & IIC gas groups have been conducted at Central Institute of Mining and Fuel Research (CIMFR), Dhanbad & other international test facilities.
Our Arrestor Bank which is the heart of the flame arrestor consists of finely crimped metal ribbons to form a corrugated element which is easily maintainable & replaceable. The corrugated gap i.e. the Maximum Experimental Safe Gap (MESG) depends upon the gas group IIA1, IIA, IIB1, IIB2, IIB IIB3, IIC of the solvent / material. We maintain the MESG according to ISO:16852 and IEC 60079-1 for various gas explosion groups like IIA1, IIA, IIB1, IIB2, IIB3, IIB & IIC.
The different types of Flame Arrestors are:
1) End of Line Deflagration Flame Arrestors
2) End of Line Detonation Flame Arrestors
3) Inline Deflagration Flame Arrestors
4) Inline Detonation Flame Arrestors
We are manufacturing deflagaration & detonation flame arrestors for diesel, solvents, resins, polymer, corrosive atmospheres which are used across the Process Industry like Pharmaceutical, Paints, Speciality Chemicals, Petroleum, FMCG industries
We also provide the customer with assistance in sizing and selection of Flame Arrestors according to API 2000.
- Higher Flame Quenching Area
- Finely Crimped Arrestor Element
- Replaceable Arrestor Element
- SS Weather Hood for End of Line Flame Arrestors
- Bi-Directional
- Easy Maintenance, Spares available on ex-stock basis.
- Tests in accordance with ISO:16852, IS16485 (ISO:16852), IEC-60079-1& IS:11006
- IIA1, IIA, IIB1, IIB2, IIB3, IIB, IIC gas explosion group approved
- Solutions for highly corrosive atmospheres
- Flow test conducted at Fluid Control Research Institute, Palakkad, India
- Lesser Pressure Drop
| Size & Connections: | 15NB to 1000NB I Flanged and Screwed |
| Body: | Carbon Steel, Stainless Steel (304/316/304L/316L), CS/SS PTFE Lined, Hastelloy ‘C’, other exotic MOC’s available on request. |
| Arrestor Element: | Stainless Steel 316Ti (for CS/SS304/SS316/SS304L/SS316L Body) Haste Alloy ‘C’ (For CS/SS Body PTFE/PFA Lined, HAC body), Other exotic MOC’s available on request. |
| Weather Hood: | SS, SS with PTFE / ETFE / Halar coating |
| Special Construction: | Steam Jacketing, Temperature Sensors, Eccentric. |
| Testing: | 1) ISO:16852, IS16485(ISO:16852), IS:11006 & IEC 60079-1:2007 for IIA1, IIA, IIB1, IIB2, IIB3, IIB & IIC gas groups at Central Institute of Mining and Fuel Research, Dhanbad, India, ATEX Approved Facilities & other international test facilities. 2) Flow test conducted at Fluid Control Research Institute, Palakkad, India. 3) Bi-directional flame arrestors. 4) Explosion test. |
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Amarama Engineers was founded by Mr. Amar Jaisinghani in the year 1988 with a mission to deliver flexible, innovative & long term solutions to the process industry. Our customer first approach & experience has helped us develop process control & tank safety solutions in sync with the customers needs for the present and the future.