Canyon Components

Low-temperature FKM compounds retain flexibility and sealing performance in freezing conditions while maintaining chemical and heat resistance. These O-rings and gaskets are ideal for aerospace, automotive, and industrial applications requiring durability in cold environments.

low temperature FKM

Low Temperature FKM vs Silicone

Compression set measures an elastomer’s ability to return to its original shape after prolonged compression. Materials with low compression set, such as FKM, FFKM, and silicone, ensure long-term sealing reliability in demanding environments.

compression set

Compression Set in Elastomers

Backup rings prevent extrusion and extend the service life of O-rings in high-pressure or wide-clearance sealing applications. Available in PTFE, nylon, and other durable materials, they ensure reliable performance in static and dynamic hydraulic or pneumatic systems.

Backup Rings

Spiral vs Split PTFE Backup Rings | Choosing the Right Seal Solution

Aflas is a high-performance fluoroelastomer made from tetrafluoroethylene and propylene, offering outstanding resistance to heat, chemicals, and steam. It excels in oil and gas, chemical processing, and power generation applications where conventional FKMs may fail.

Aflas

Comparing Viton & Aflas

Polyurethane (PU) offers outstanding abrasion resistance, tensile strength, and elasticity, making it ideal for dynamic sealing applications. Commonly used in O-rings and gaskets for hydraulic, pneumatic, and industrial systems, it provides excellent wear resistance and resilience under high pressure and motion.

Polyurethane (PU)

Polyurethane Elastomers

Vacuum baking removes moisture, gases, and contaminants from elastomers and components before installation. This process ensures optimal performance in vacuum, semiconductor, and aerospace applications where cleanliness and outgassing control are essential.

Vacuum Baking

Vacuum Baking of O-Rings: Advantages & Impact on Pumpdown Times

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

AFLAS vs Viton | Performance in Hydrogen Sulfide Environments

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

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.

O-Rings Posts

Low Temperature FKM vs Silicone

Compression Set in Elastomers

Spiral vs Split PTFE Backup Rings | Choosing the Right Seal Solution

Comparing Viton & Aflas

Polyurethane Elastomers

Vacuum Baking of O-Rings: Advantages & Impact on Pumpdown Times

AFLAS vs Viton | Performance in Hydrogen Sulfide Environments

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

AS568 O-rings and O-ring Groove Design Guide

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

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