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FKM Precompounds
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FFKM
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HNBR
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Home
About Us
About Us
Development History
Subsidiary Structure
Honor & Qualifications
Business Concept
Equipments
Product
FKM Precompounds
FKM Compound
FFKM
FFKM Oring
FVMQ
Rubber Additives
HNBR
Application
Automotive Industry
Aerospace
Petrochemical Industry
Science & Life
Semi-conductor
H.R
Employment Principles
News
Company News
Industrial Information
Company Announcements
Contact
Contact Information
Message Online
中文
Home
About Us
About Us
Development History
Subsidiary Structure
Honor & Qualifications
Business Concept
Equipments
Product
FKM Precompounds
FKM Compound
FFKM
FFKM Oring
FVMQ
Rubber Additives
HNBR
Application
Automotive Industry
Aerospace
Petrochemical Industry
Science & Life
Semi-conductor
H.R
Employment Principles
News
Company News
Industrial Information
Company Announcements
Contact
Contact Information
Message Online
中文
Application
01
Automotive Industry
In the automotive manufacturing process, many key components, such as seals, oil seals, and O-rings, require the use of fluororubber. These components play a crucial role in ensuring the safe and stable operation of the vehicle. The high-temperature resistance, oil resistance, and corrosion resistance of fluororubber make it an essential material in automotive manufacturing.
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02
Aerospace
In the 1950s, carboxylated nitrile rubber (CNR), a type of oxygen elastomer, gained widespread attention in both domestic and international aerospace industries due to its resistance to strong oxidizing agents and low-temperature performance. In 1963, 3M in the U.S. synthesized nitrile monomers with carboxyl side chains; in 1964, they discovered that v-nitro perfluorobutyric acid could serve as a vulcanization point monomer for carboxylated nitrile fluororubber. Following this discovery, carboxylated nitrile fluororubber was applied in the propulsion systems and Apollo spacecraft's N204 storage tanks, delivery systems, interior walls, and high-pressure oxygen chambers.
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03
Petrochemical Industry
石油化工详情介绍
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04
Science & Life
Wearable devices use fluoroelastomer due to its superior properties compared to other rubbers:： ●Excellent thermal and tear resistance ●Exceptional bending resistance ●Smooth surface with strong anti-fouling properties ●Outstanding physical and mechanical performance
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05
Semi-conductor
The semiconductor wet process involves a wide variety of media with complex application conditions, while also needing to balance cost considerations. Honxin FFKM provides products designed to resist a broad range of chemical media, suitable for static, dynamic, and composite applications in processes like wet etching, CMP, and spin coating development.
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