Valve cover METAL SPRAY CONTROL / VALV

Resistance to extremely high temperature

The flange guard METAL SPRAY CONTROL/VALV is designed to protect workers, facilities, and machinery from dangerous spray in the event of valve sealing system failure.

Made of AISI 316 stainless steel, it is suitable for high-risk industrial environments such as the Oil & Gas sector, ATEX zones, and high-temperature plants.

The internal metal mesh plays a crucial role: in case of leakage, it reduces the fluid pressure, transforming the jet into controlled dripping, minimizing the risk of flame propagation.

API 6FB FIRE SAFE - Jet Fire certified: resistant to direct fire and high temperatures
Ideal for Oil & Gas and explosion-risk environments
Anti-spray internal mesh: transforms the jet into dripping
Fully made of AISI 316 stainless steel

The flange guard METAL SPRAY CONTROL / VALV is the reliable solution for those seeking certified safety, active risk containment, and maximum protection in case of critical leakage.

For ATEX zones

Flange guards for ATEX areas that dissipate electrostatic charges

Oil & Gas

proven use with flammable liquids (hydrocarbons, crude oil, thermal oil)

High temperatures

protects the gasket from the high temperatures generated by fire

JET FIRE - API 6FB FIRE SAFE

API 6FB Fire Safe certified, approved for JET FIRE

Chemical Compatibility*

star_borderstar_borderstar_border Caustic soda

star_borderstar_borderstar_borderstar_border Hydrochloric acid

star_borderstar_borderstar_border Sulfuric acid

star_borderstar_borderstar_borderstar_border Hydrofluoric acid

 Hydrocarbons

star_border LNG-Hydrogen

* indicative values. Contact us for more information.

Need a custom item?
Our technical office is available to adapt the flange guard or valve cover to the specifications of your system.

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Certificates

Compliant with API FIRE TEST requirements.
Compliant with protective performance requirements against JET FIRE.
ATEX compliant (European Directive 2014/34/EU) for use in potentially explosive atmospheres (zones 0-1-2 and 20-21-22 as defined by CEI 31-30 and CEI 31-66).
Pressure resistance and protective effectiveness up to 270 bar.
Certified temperature resistance up to +846 °C.