3M™ Dyneon™ Fluoroelastomers.

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High-performance sealing solutions for on-the-road reliability.
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Materials and support that go the extra mile.

  • An engine in production.

    Harsh fuels. Hot temperatures. Stringent design requirements. Automotive sealing applications are more demanding than ever – and more complex to navigate. How do you find the right rubber for a fuel hose in a hybrid vehicle, where the fuel is consumed more slowly? Or for seals that can withstand extreme temperatures, aggressive chemicals and steam? Find more options – and more answers – with 3M™ Dyneon™ Fluoroelastomers.

    We have technical service down to a science.

    For sustained sealing performance under harsh operating conditions, raw material quality is only one piece of the puzzle. Our experienced Application Engineers will work with you to help you solve your challenges with world-class materials science and expertise. We have decades of experience with cure chemistries, additive interactions, molding and processing techniques. Our engineers and laboratory are here to help you with testing and evaluation to help you meet your customers’ needs.

    Learn about our starter compound recipes for automotive applications (PDF, 1.27 MB)

    Learn about our application development and troubleshooting services (PDF, 618 KB)


Application Areas for Fluoroelastomers

Fuel System

A diagram of a vehicle’s fuel system.

Fuel storage system, fuel transport and fuel injection applications require sealing materials that can resist harsh new fuels and high engine temperatures. This is especially true for hybrid vehicles, where fuel sits longer. Today’s fuel hoses have higher elongation requirements, and need strong multilayer bonding to thermoplastic barrier layers.

Top applications for 3M™ Dyneon™ Fluoroelastomers

General seals, gaskets, and hoses
 

Sender seals
 

Capped or capless filler seals and fuel injector seals
 

High Temperature (ICE)

Cutaway of car highlighting high-temperature FKM applications in vehicles with internal combustion engines

Today’s smaller, hotter engines, extended lifetime warranty periods and aggressive fuels place enormous demands on the seals and gaskets of internal combustion engines, drivelines, exhaust and air intake systems. 3M™ Dyneon™ Fluoroelastomers offer high resistance to heat, chemicals, water and steam, enabling longer seal life. Among other applications, these durable materials are used for MLS gaskets with excellent metal bonding, static seals with high retained sealing force, and dynamic seals.

Top applications for 3M™ Dyneon™ Fluoroelastomers

General seals, gaskets, and hoses
 

Seals and gaskets with low temperature requirements such as wheel shaft seals
 

High Temperature (EV)

Cutaway of electric vehicle highlighting battery, gear box and other high-temp applications for FKMs

From high-powered sensors in the electronics to high-temperature coolant, electric vehicles come with their own set of challenges for sealing materials. 3M™ Dyneon™ Fluoroelastomers are engineered to endure demanding operating conditions for high performance over a long service life.

Top applications for 3M™ Dyneon™ Fluoroelastomers

General seals, gaskets, and hoses
 

Seals and gaskets with low temperature requirements such as wheel shaft seals
 

Air Management

Car cutaway showing turbocharger hoses and seals and air intake system applications for FKMs

Efficient containment of exhaust gas has never been more critical – both for the environment and for compliance with emission requirements. The air intake system, including turbocharger hoses and seals, requires materials that can reliably stand up to the demands of exhaust gas recirculation. 3M offers peroxide cure FKM grades with strong resistance to different compositions of acidic EGR gases, to help you meet emerging challenges.

Top applications for 3M™ Dyneon™ Fluoroelastomers

General seals, gaskets and hoses with exhaust gas recirculation (EGR) resistance
 


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Interested in learning more about fluoroelastomers?

VIEW RECORDED WEBINARS & REGISTER FOR UPCOMING DATES

Study: Heat aging in coolant

  • Pouring additive in vehicle

    Hotter operating temperatures, extended service life requirements, and the increasing use of organic acid technology (OAT) additives demand resilient sealing materials like fluoroelastomers. 3M conducted compression stress relaxation (CSR) testing after heat aging in coolant, with and without OAT additives, to measure the effects on material properties.

    Results show that high-performance peroxide curable FKM products are poised to meet the demanding challenges of automotive coolant environments.

  • 3M Fluoroelastomer Application Engineer
    Meet our Application Engineering team

    Meet the people behind the industry’s most comprehensive fluoroelastomer technical support.

  • Swell test demonstration video still
    Swell test demonstration

    Watch the results of a 24-hour methanol immersion test to see how higher-fluorine materials resist chemical absorption and swelling.

  • Product Guide: 3M™ Dyneon™ Fluoroelastomers
    Navigate the product guide to find an optimal sealing solution.

Connect with a 3M Expert

Need help with a tough materials challenge? Get in touch with us today for product, technical or application advice or if you want to collaborate with a 3M Technical Specialist.

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