Fuel Resistant Fluorosilicone O Ring

Fuel Resistant Fluorosilicone O Ring

Fuel Resistant Fluorosilicone O Ring is a molded sealing component designed for applications where rubber seals are exposed to fuel, oil, and other hydrocarbon-based fluids. The fluorosilicone compound combines fuel resistance with the elastic sealing properties required for static or selected dynamic sealing applications.
Fuel Resistance: Helps maintain sealing performance when exposed to gasoline, fuel vapors, oils, and selected hydrocarbon fluids.
Sealing Structure: Circular cross-section provides compression sealing within a defined groove.
Size Options: Standard O Ring sizes and custom dimensions can be produced according to drawings or samples.
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Description
Technical Parameters

Fuel Resistant Fluorosilicone O Ring Structure

The O Ring uses a continuous circular cross-section to create a sealing interface between two mating components. Its geometry is designed to provide controlled compression within the sealing groove while maintaining elastic contact around the circumference.
 

Continuous Sealing Profile

The seamless molded ring provides a uniform circular sealing surface around the mating area.

Controlled Compression

Cross-section and dimensional tolerance can be matched to the groove to establish the required compression during assembly.

Groove Interface

The O Ring geometry can be developed around the customer's groove dimensions, mating components, and installation conditions.

Fluorosilicone Material & Fuel Resistance

 

Fluorosilicone (FVMQ) is selected for sealing applications where resistance to fuel and hydrocarbon exposure is an important material requirement. The compound can be formulated according to the actual fluid and environmental conditions.

  • Fuel Exposure Resistance - FVMQ provides resistance to gasoline, fuel vapors, and selected hydrocarbon-based fluids, subject to the specific fuel composition and operating conditions.
  • Elastic Sealing Behavior - The rubber compound maintains the flexibility needed for the O Ring to conform to the mating surfaces under compression.
  • Compound Selection - Hardness and formulation can be specified according to fuel type, temperature, pressure, and expected exposure duration.

 

 

 

AS568 Standard FKM O Rings

Chaoyue Manufacturing Capability

Fluorosilicone Compound & Material Control

Chaoyue selects and processes fluorosilicone compounds according to the sealing environment and customer specifications. Material requirements such as FVMQ grade, Shore A hardness, color, and fuel-contact conditions can be reviewed before production to maintain consistency between approved samples and batch orders.

 

Precision O Ring Molding

The production process covers mold development, rubber molding, trimming, and dimensional inspection for fluorosilicone O Rings. Mold tooling is developed around the required inner diameter, cross-section, groove fit, and profile, with critical dimensions checked according to customer drawings or approved samples.

Custom Production & Batch Supply

Chaoyue supports both standard and non-standard fluorosilicone O Ring production for OEM, replacement, and industrial sealing projects. From sample development and tooling preparation to batch manufacturing and packaging, production requirements can be organized according to customer specifications, order quantities, and delivery schedules.

 

FAQ

 

What is the difference between a fluorosilicone O Ring and a FKM O Ring?

Both materials can be used in fluid sealing applications, but their resistance characteristics differ. Fluorosilicone is commonly considered where fuel exposure and flexibility are important, while FKM may be selected for applications requiring broader resistance to high-temperature oils and chemicals.

 

Can the O Ring be supplied in different hardness levels?

Yes. Different Shore A hardness options can be discussed according to the sealing groove, compression requirements, assembly method, and operating conditions.

 

Can fluorosilicone O Rings be supplied in different colors?

Yes. Color can be specified for identification, assembly differentiation, or product coding, subject to the selected compound and production requirements.

 

 

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