Fluorosilicone Rubber Automotive Connector Components - China Suppliers & Factory for High-End Vehicles
The connector components made of fluorosilicone rubber have the following properties
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Chemical Corrosion Resistance
It can resist the erosion of various chemical substances, such as common acid - base solutions, fuel oil, refrigerants, etc. It can remain stable in an environment with chemical reagents and is not easily corroded.
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High and Low Temperature Resistance
It can be used continuously within a wide temperature range from - 80°C to 250°C. Some can withstand even higher instantaneous temperatures, adapting to different temperature environments, such as around the high - temperature engine or in low - temperature refrigeration equipment.
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Good Electrical Insulation
It can effectively isolate electric current, prevent electrical failures such as short - circuits in connectors, and ensure the safe and stable operation of the circuit system.
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High Elasticity and Aging Resistance
It has good elasticity, can closely fit the connector components, and is not easy to age or deform during long - term use, ensuring long - lasting sealing and connection effects.
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Low Outgassing Rate and Low Particle Release
In environments with high cleanliness requirements, it will not release excessive gases and particles, avoiding contamination of the connected precision components.
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Excellent Oil Resistance
Fluorosilicone rubber can resist aliphatic, aromatic and chlorinated hydrocarbon solvents, and is resistant to various petroleum - based fuel oils, lubricating oils, hydraulic oils and certain synthetic oils (such as diester lubricating oils, silicate hydraulic oils, etc.).
Application environments
Frequently Asked Questions (FAQ)
What are the main advantages of fluorosilicone rubber connector components?
Fluorosilicone rubber connector components offer exceptional chemical corrosion resistance, good electrical insulation, high elasticity, low outgassing, low particle release, excellent oil resistance, and superior high and low temperature stability.
What temperature range can these components withstand?
They can operate continuously in temperature environments ranging from -80°C to 250°C, and they can handle even higher instantaneous temperatures in demanding situations.
How does fluorosilicone rubber perform against oils and chemical solvents?
It features excellent oil resistance and is highly resistant to aliphatic, aromatic, and chlorinated hydrocarbon solvents, petroleum-based fuel oils, hydraulic oils, and various synthetic lubricating oils.
In which automotive systems are MOKEN fluorosilicone seals used?
They are widely applied in automotive smart window closers, automatic anti-theft systems, antenna systems, electronic fuel injection systems, electric seat adjustments, tailgate systems, one-key starts, and other specialized connectors.
Why is low outgassing and particle release important for these seals?
In high-cleanliness applications, low outgassing and low particle release prevent contamination of connected precision components, ensuring long-term connection reliability and safety.