Canyon Components

Sanitary gaskets provide leak-free, hygienic sealing for food, beverage, and pharmaceutical processing systems. Made from FDA- and USP Class VI-compliant materials like EPDM, silicone, and FKM, they ensure cleanliness and compatibility with tri-clamp and flanged fittings.

sanitary gaskets

Sanitary Gaskets: A Guide to Tri-Clamp®, 40MP, 42MP & ASME BPE Sealing

Calendared rubber is produced by rolling elastomer compounds into precise, uniform sheets with tight thickness control. Commonly used to manufacture O-rings, gaskets, and custom sealing components, it delivers consistent material properties for industrial, aerospace, and sanitary applications.

Calendared Rubber

Extremely Thin, Extremely Long Rubber Strips

FDA compliant seals are manufactured from materials approved under CFR 21.177.2600 for direct food and pharmaceutical contact. These O-rings and gaskets provide excellent chemical resistance, purity, and non-toxicity, ensuring safe and hygienic sealing in processing and packaging applications.

FDA compliant seals

FDA, USP Class VI, and NSF 61

ETO sterilization (ethylene oxide) is a low-temperature gas process used to eliminate microorganisms from sensitive medical and pharmaceutical components. Compatible with many O-ring and gasket materials, it preserves flexibility and integrity while ensuring sterilized, contamination-free performance in critical applications.

ETO Sterilization (Ethylene Oxide)

Ethylene Oxide Sterilization | Effects Elastomers & Seal Performance

Metal detectable rubber is compounded with traceable additives that allow O-rings and gaskets to be identified by metal detection equipment. Ideal for food, beverage, and pharmaceutical processing, it helps prevent contamination, ensures product safety, and supports HACCP compliance.

Metal Detectable Rubber

Metal Detectable O-Rings vs. X-Ray Detectable O-Rings: Pros and Cons

AS568 defines the standard sizes for O-rings established by the SAE, ensuring dimensional consistency and compatibility across industries. These standardized sizes simplify selection, improve interchangeability, and maintain reliable sealing performance in both static and dynamic applications.

AS568

AS568 O-rings and O-ring Groove Design Guide

PTFE Teflon provides outstanding chemical resistance, low friction, and a broad operating temperature range. Commonly used for seals, bearings, and housings supporting O-rings and gaskets, it performs reliably in chemical processing, semiconductor, and industrial applications.

PTFE Teflon

PTFE: Slicker than a Banana Peel

Kalrez and Canrez FFKM materials provide outstanding chemical and thermal resistance for the most demanding sealing environments. These perfluoroelastomers maintain elasticity and integrity in aggressive solvents, amines, and high-temperature process conditions.

Kalrez (FFKM, Canrez)

Kalrez® vs. Canrez®: Performance, Availability, & Affordability

FKM Viton is a premium fluoroelastomer known for its excellent resistance to fuels, oils, and high temperatures. Commonly used in O-rings and gaskets, it ensures long-lasting sealing performance in automotive, aerospace, and chemical processing applications.

FKM Viton

FKM Rubber: Exploring the Versatility & Performance

USP Class VI materials meet stringent biological compatibility standards for medical and pharmaceutical use. Commonly used in O-rings and gaskets, they ensure purity, safety, and performance in sterile processing and fluid handling systems.

Medical Grade Posts

Sanitary Gaskets: A Guide to Tri-Clamp®, 40MP, 42MP & ASME BPE Sealing

Extremely Thin, Extremely Long Rubber Strips

FDA, USP Class VI, and NSF 61

Ethylene Oxide Sterilization | Effects Elastomers & Seal Performance

Metal Detectable O-Rings vs. X-Ray Detectable O-Rings: Pros and Cons

AS568 O-rings and O-ring Groove Design Guide

PTFE: Slicker than a Banana Peel

Kalrez® vs. Canrez®: Performance, Availability, & Affordability

FKM Rubber: Exploring the Versatility & Performance

USP Class VI - "Medical Grade" Materials

About Us

References

Contact Us

Need a Custom Quote?