Rupture Discs

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27,540.00 / Piece( + 18% GST applicable)
Business Type Manufacturer, Exporter, Supplier
Brand Name FITZER
Material Stainless Steel, (SS304 / SS316 / SS316L), Inconel, Monel, Nickel Alloy, Graphite, PTFE-lined Composite
Finishing Non Polished, Polished, Electro-polished, coated, or custom surface treatment (based on customer need),Non-Polished Polished BA/2B finish (optional)
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Product Details

Shape
Circular, Custom-shaped discs available on request for OEM equipment,Circular (standard)
Color
Grey, Silver, Available with coating or special surface treatment
Condition
Good, New
Feature
Excellent Corrosion Resistance, Precise burst pressure accuracy Zero maintenance, Fast response to pressure spike, Leak-tight seal
Packaging Type
Box, Carton, Shock-proof, moisture-resistant packaging for sensitive materials,Box (single unit) Carton (bulk supply) Shock-proof packing available for export
Type
Rupture Discs, Vacuum-supported discs, graphite discs, sanitary rupture discs (TC-end),Rupture Disc (Bursting Disc)
Country of Origin
India
Standard Materials
Stainless Steel SS304 Stainless Steel SS316 / SS316L
Optional Materials
Inconel Monel Nickel Alloy Hastelloy Graphite PTFE-lined Composite
Size
1" to 24" (25 mm to 600 mm)
Thickness
As per burst pressure and design requirement
Standard Burst Pressure
0.5 bar to 300 bar
Custom Burst Pressure
Up to 900 bar (material-dependent)
Accuracy
±5% to ±10% depending on type
Operating Temperature Range
–40°C to +400°C (stainless steel)
High Temperature Range
Up to 600°C with Inconel/Hastelloy materials
Flange Types
ANSI DIN JIS
Connection Size
1" to 24"
Quality & Testing
Hydrostatic / Pneumatic burst testing Material test certificate (MTC 3.1) provided Optional: PED / ASME compliance Third-party inspection (TPI)
Product Code
FI-RD-900
Port
Mumbai & Gujarat
Payment Terms
T/T, Other
Delivery Time
4-5 Weeks
Packaging Details
Box (single unit)
Carton (bulk supply)
Shock-proof packing available for export
Rupture Disc Manufacturer – Product Overview

A rupture disc (also called bursting disc) is a highly reliable pressure safety device engineered to protect industrial equipment, processes, and personnel from dangerous overpressure or vacuum conditions. When the system pressure reaches the disc’s predefined burst limit, the disc ruptures instantly, allowing excess pressure to escape and preventing catastrophic equipment failure.



What is a Rupture Disc?

A rupture disc is a non-reclosing pressure relief device installed in pipelines, vessels, reactors, heat exchangers, storage tanks, and other pressurized systems. It is precision-designed to burst at a specific pressure rating, ensuring immediate, fail-safe protection.


Key Functions


  • Safely relieves excess pressure




  • Prevents explosions and system damage




  • Protects personnel and equipment




  • Enables safe operation of high-pressure processes





Construction & Materials

Rupture discs are manufactured using high-grade materials based on process requirements:




  • Stainless steel




  • Nickel, Inconel, Monel




  • Aluminum




  • Graphite




  • PTFE / Plastic materials




These materials offer excellent performance in high-temperature, corrosive, abrasive, or hazardous industrial environments.



Applications

Rupture discs are widely used in:




  • Chemical & Petrochemical Plants




  • Pharmaceuticals & API Processing




  • Oil & Gas Industry




  • Food & Beverage Processing




  • Power Plants & Boilers




  • Tanks, Pressure Vessels & Reactors




  • Pipelines & Storage Systems




  • Cryogenic and Vacuum Systems





Advantages of Rupture Discs


  • No moving parts → Zero mechanical failure




  • Maintenance-free since there is no wear mechanism




  • Instant response to sudden pressure spikes




  • Cost-effective compared to safety relief valves




  • Can be used with relief valves for dual protection




  • High accuracy in burst pressure rating




  • Suitable for extreme environments (temperature, corrosion, explosive atmosphere)





Combination With Relief Valves

Rupture discs are often installed upstream of a safety relief valve to:


 




  • Protect the valve from corrosion or contamination




  • Improve sealing performance




  • Reduce leakage




  • Enhance system safety and redundancy




 


Uses of Rupture Discs

Rupture discs are widely applied wherever reliable pressure relief is essential to safeguard equipment, processes, and personnel from dangerous overpressure or vacuum conditions. Key applications include:


 




  • Pressure Vessels: Installed in boilers, reactors, and other pressure vessels to prevent excessive pressure buildup and reduce the risk of explosions.




  • Pipelines: Used in pipelines to protect the system from overpressure caused by blockages, pump malfunctions, or sudden pressure spikes.




  • Chemical & Petrochemical Processes: Provide safety against pressure surges resulting from chemical reactions, thermal expansion, or equipment failure.




  • Aerospace & Aviation: Applied in aircraft fuel tanks, hydraulic systems, and other components to manage overpressure and vacuum conditions.




  • Pharmaceutical & Biotech Industries: Protect sensitive processing equipment from overpressure due to reactions or unexpected operational issues.




  • Food & Beverage Processing: Ensure safety in storage tanks and production equipment by providing effective pressure relief during processing operations.



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