HPX-Ta™ Rupture Disc
We manufactured the versatile, reliable HPX-Ta from tantalum – the only suitable material for processing highly corrosive media such as bromine, chlorine, HCL, nitric acid or sulfuric acid.
The HPX-Ta has a 90% maximum operating ratio and designed for a minimum of 1,000 cycles from full vacuum to maximum recommended operating pressure.
It’s also a member of the HPX rupture disc family.
The HPX family of rupture discs is designed for a long and reliable service life, even at the high operating-to-burst pressure ratios of today’s process industries. Advanced tooling processes and optimal material thickness ensure full openings and accurate burst ratings for a perfect rupture every time.
We manufacture each lot of rupture discs to order, per the specifications of the overpressure relief requirement in your plant. We performance test and proof pressure-test every disc prior to shipment – our goal is to give you complete confidence in the reliability of our rupture discs.
The HPX-Ta provides:
- Lower maintenance costs and greater reliability than other corrosion-resistant materials
- Compatibility with the HPX insert, HPX-PT pre-torqued or HPX double disc holders
- Tantalum-lined HPX-PT pre-torqued holders are ideal for use on vessels or pipe spools with protective lined flanges
- Enhanced holder corrosion resistance from tantalum lining or coating of holder inlets and outlet holders
- Nominal Size Range: 1″ – 12″ (25 mm – 300 mm)
- Burst Pressure Range: 10 psig – 800 psig (0.689 barg – 55,2 barg)
- Maximum Recommended Operating Ratio: 90% of the rupture disc’s rated (stamped) burst pressure
- Seating Configuration: Flat seat
- Service: Liquid or gas
- BDI Alarm System Compatible?: Yes
- ASME Code Symbol Stamp Available?: Yes
Chemical Processing
Our rupture discs are manufactured with chemical processing in mind – corrosion resistance, leak tightness, high accuracy and durability come standard.
Pulp & Paper
Our wide range of unique overpressure protection products excel in the high-strain, large-scale, immense-flow environments of the pulp and paper industry.
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