Rembe® Bursting Discs

Products to protect your plant against Explosions, Overpressure and Vacuum conditions. Bursting discs and breather valves provide process safety throughout your production facility. State of the art Flameless indoor explosion venting, explosion isolation or suppression protects your facility against dust explosions and dust explosion propagation. Extensive material stocks enable flexible production and fast response deliveries in most material grades.

Forward Acting Bursting Discs

Standard – BT / ST / UT
Easy applications with minimal technical process requirements
Triple-section – BT-ODV / BT-OD
For low and medium burst pressures in any industry
Multi-layer – BT-STAR
For higher burst pressures in any type of industry

Forward Acting Special Bursting Discs

Plug Hydraulic, pneumatic, cyrogenic and refrigeration, nuclear, offshore, pharmaceutical and space industries
Extruder Machines and extruders in the plastics processing industry

Reverse Acting Bursting Discs

With knife construction – IG-UKB-LS
Critical applications in chemical, process and vacuum technologies, aviation and space, pharmaceutical- and cyrogenic industires, nuclear research and technologies
Sublimated – IG-IKB-LP
Protection of tanks <0,5 bar, out of scope of PED and ASME Sec. VIII, Div. 1
Sublimated- BT-IKB
Pressure equipment (reactors, tanks, pipework, gas cylinders, all kind of vessels)
With buckling-pin element – BT-KUB/KUB-V-series/KUB-G-series/TC(R)-KUB
Complex chemical processes, GMP facilities, pressure equipment (reactors, tanks, pipework, gas cylinders, all kind of vessels)

Forward and Reverse Acting Bursting Discs

Multi-layer – BT-ZW-F
Unpressurised storage tanks with low sturdinesses
Multi-layer – BT-DODOD-F/BT-ODO-F
Easy applications (with minimal working pressures) for pressure and vacuum or acting in both directions

Signalling Membranes

With electric signal – SB-(S)
Monitoring of leakages and bursting discs signalling
With fibre optical signal – FOS
monitoring of leakages and bursting disc signalling in high corrosive atmospheres

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