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The pharmaceutical, biotech, food and beverage industries rely on the high-precision SANITRX HPX rupture disc family – a sanitary rupture disc with the perfect combination of industry-leading performance with ASME BPE, USP Class VI and 3A compliance. The SANITRX HPX rupture disc is a semicircular, scored, reverse-acting rupture disc, capable of withstanding cycles from full vacuum to 95% of the stamped rating. It is available in 90 or 95% maximum recommended operating ratio.

Push back against overpressure with the reverse-acting HPX rupture disc – your most versatile, cost-effective weapon in the battle against overpressure. Engineered to fit nearly any overpressure protection application, the HPX Rupture Disc has proven performance in excess of 5 million cycles, operating up to 95% of burst pressure, proving it the best in the industry – and the best choice for your operation. It’s also part of a larger product line of rupture discs that have proven themselves time and time again.

A versatile line of high-performance, corrosion-resistant rupture discs, our composite discs are ideal for systems that require lower burst pressures than standard discs can provide. Our composite rupture discs consist of two or more metallic or non-metallic components. The components typically consist of a metallic top section and a metallic or non-metallic seal with optional vacuum support, protective rings, gaskets or outlet liner. This rupture disc is a 30° angular “light lip” seat, ideal for normal operating pressures. If you’re looking for superior metal-to-metal sealing, choose our composite flat seat design instead .

Need an economical corrosion barrier or environmental seal? The ENVIRO-SEAL rupture disc will do the job with excellent performance and a non-fragmenting design. The ENVIRO-SEAL is a flat seat, composite rupture disc that installs between standard bore ASME, DIN or JIS companion flanges. Use it to isolate the downstream side of low-pressure atmospheric store vessels, pressure relief valves and other equipment from corrosive environments.

A versatile line of high-performance, corrosion-resistant rupture discs, our composite discs are ideal for systems that require lower burst pressures than standard discs can provide. Our composite rupture discs consist of two or more metallic or non-metallic components. The components typically consist of a metallic top section and a metallic or non-metallic seal with optional vacuum support, protective rings, gaskets or outlet liner. This rupture disc features a flat seat design for superior metal-to-metal sealing. If you’re looking for a 30° angular “light lip” seat, ideal for normal operating pressures, try our Standard 30˚ seat rupture disc.

Precision failure-initiating indent, high-precision scoring and a variety of construction materials make the ULTRX rupture disc a versatile and economical overpressure protection option. The ULTRX features the highest burst pressure rating in the TRX line of scored, reverse-acting rupture discs. Learn more about the STAR X, for ultra low-pressure applications, or the MINTRX, for mid- to low-pressure applications. Alternatively, you can see other product varieties in our popular line of HPX rupture discs.

The STAR X rupture disc has low burst pressures and includes a wide range of construction materials as well as our precision failure-initiating indent to precisely control disc buckling at exact pressures. The STAR X covers low burst pressure ratings in the TRX line of scored, reverse-acting rupture discs. Learn more about the ULTRX, for high-pressure applications, or the MINTRX, for mid- to low-pressure applications. In addition, we also offer our HPX rupture discs.

Reliable, accurate, easy to install and simple to retrofit into your current piping system – the RCS rupture disc is the clear choice for any gas-only application. A reverse-acting, cross-scored rupture disc, the RCS provides high performance pressure relief for larger sizes than available with the HPX line.

Precision failure-initiating indent, high-precision scoring and a variety of construction materials make the MINTRX rupture disc a versatile and economical overpressure protection option. MINTRX burst pressures are in the mid-range of the TRX line of scored, reverse-acting rupture discs. Learn more about the ULTRX, for high-pressure applications, or the STAR X, for ultra low-pressure applications. Alternatively, learn more about our popular line of HPX rupture discs.

The pharmaceutical, biotech, food and beverage industries rely on the high-precision SANITRX rupture disc family – the perfect combination of industry-leading performance with ASME BPE, USP Class VI and 3A compliance. The SANITRX LPX rupture disc is a stainless steel, semicircular scored, reverse acting rupture disc designed for sanitary gas applications that require pressures below SANITRX HPX.

The CDC 3/4” SANITRX HPX® Rupture Disc is a semicircular scored reverse acting rupture disc designed specifically for applications in the pharmaceutical, food & beverage and biotech industries. This rupture disc is available to fit between standard sanitary ferrules. The 3/4” SANITRX HPX rupture disc is shipped in sanitary, environmentally friendly, non-toxic packaging.

The Continental Disc IntegrX-HPX™ rupture disc addresses the need within the biopharmaceutical industry to improve process performance, reliability, and safety. The pioneering and innovative IntegrX-HPX combines the unrivaled performance of the legendary HPX with ASME BPE compliant crevice-free inlet design, removing the need for integral seals. Traditional sanitary rupture disc designs limit access to the full spectrum of benefits delivered by HPX technology. The IntegrX-HPX is a semi-circular, scored, reverse-acting rupture disc, perfectly suited for cyclic process conditions from full vacuum to 90-95% of the stamped rating. Its welded design mitigates the impact of downstream piping loads on the rupture disc burst pressure and overall performance. Continental Disc incorporated an external tag, aiding installation and providing clearly visible identification in the field and easy access to marked data. IntegrX-HPX rupture disc offers a unique opportunity to boost efficiency, safety, and keep cost down by utilizing legendary HPX service life. The bold new design reduces maintenance, minimizes the chance of installation damage, and allows you to control the source and type of seal material without affecting rupture disc performance.

A semicircular scored, reverse acting rupture disc designed specifically for applications in the pharmaceutical, food & beverage and biotech industries that require pressures above SANITRX HPX. Ideal in a wide range of sanitary and hygienic applications, SANITRX HPX II rupture discs fit between industry-standard sanitary ferrules, NA-CONNECT® flanges, or SANITRX fittings, are in compliance with the essential criteria of the ASME BPE standards of cleanability, traceability and sterilization, and are shipped in sanitary, environmentally friendly, nontoxic packaging.

Get consistently accurate rupture disc installation with the HPX-PT pre-torqued holder. Prior to installation, you’ll install and fit the disc in your workshop. Then all you need to do is complete the assembly between the flanges in the process system relief stream. The HPX-PT pre-torqued holder incorporates high-strength steel socket-head cap screws for accurate loading and sealing of the rupture disc.

Secure your vessel and piping connections with the highly durable MBC Multiple-Bolt Sanitary Closure – trusted by pharmaceutical, biotech, food, beverage and fine chemical industries worldwide. The MBC features a two-piece cast stainless steel body, secured with four stainless steel bolts. This sturdy clamp yields the ultimate in connection integrity, providing a dependable, sure hold for system fittings and components. The MBC is designed to work seamlessly with the SANITRX rupture disc family.

Where process temperatures climb to levels your rupture disc or its lining material are unable to withstand, you need a CDC heat shield. The shield functions as a barrier, reducing your rupture disc’s exposure to high temperatures. It restricts the continuous flow of high-temperature gases or vapors, allowing the piping between the shield and rupture disc to act as a heat sink.