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What is Canted coil spring energized seal?

A “Canted Coil Spring Energized Seal” is a type of sealing solution that utilizes a canted coil spring to provide sealing force.

Canted Coil Spring-spring energized seals

Here’s a breakdown of the key components and how a Canted Coil Spring Energized Seal works:

Canted Coil Spring: This is the primary component of the energized seal. The spring is coiled in a specific way, allowing it to exert a radial force when compressed. The term “canted” refers to the intentional slant or angle of the coil windings.

Energizing Force: The canted coil spring is designed to generate an energizing force when compressed. This force is utilized to ensure proper sealing of the interface between the sealing elements.

Sealing Lip or Jacket: The energized seal typically incorporates a sealing lip or jacket made of a material that provides effective sealing against fluids or gases. This lip comes into contact with the mating surface to prevent leakage.

Applications: Canted coil spring energized seals are used in various industries and applications where effective sealing is critical. They are often employed in situations where conventional seals may fail, such as in high-pressure, high-temperature, or corrosive environments.

Benefits: These seals offer several advantages, including resilience to extreme conditions, the ability to maintain effective sealing over a range of temperatures, and resistance to wear and abrasion.

Materials: The choice of materials for the energized seal depends on the specific requirements of the application. Common materials include elastomers, thermoplastics, or other materials with properties suited to the operating conditions.

Canted Coil Springs-spring energized seals


These seals are known for their reliability and effectiveness in challenging environments. They find applications in industries such as oil and gas, aerospace, chemical processing, and more. The design and material selection are crucial factors to ensure optimal performance for the intended application.