Eagle Elastomer Inc.

Eagle Elastomer Inc. We are a rubber manufacturing company specializing in fluoroelastomer and perfluoroelastomer materia

What Are Viton™ A-Type Dipolymer Fluoroelastomers?As described by Viton in the product overview “Viton Dipolymers A-Type...
04/29/2026

What Are Viton™ A-Type Dipolymer Fluoroelastomers?

As described by Viton in the product overview “Viton Dipolymers A-Type Fluoroelastomer,” A-type materials are general-purpose fluoroelastomers designed to deliver reliable chemical resistance, heat stability, and mechanical durability. These dipolymers perform well in applications involving fuels, oils, and many industrial chemicals, making them suitable for a broad range of sealing environments. Their formulation provides consistent curing behavior and supports the production of molded components with stable physical properties.

Viton A-type fluoroelastomers maintain elasticity under elevated temperatures and pressure, allowing them to function effectively in automotive, aerospace, chemical processing, and industrial systems. Their resistance to compression set and environmental degradation helps extend the service life of O-rings, gaskets, and other precision seals. These characteristics make A-type Viton materials a dependable choice for manufacturers seeking high-performance sealing solutions.

Read more: https://eagleelastomer.com/industry-news-blog/what-are-viton-a-type-dipolymer-fluoroelastomers/

Why Viton A-201C Is Built for Tough EnvironmentsAs presented in the Chemours technical sheet for Viton A-201C, this fluo...
04/22/2026

Why Viton A-201C Is Built for Tough Environments

As presented in the Chemours technical sheet for Viton A-201C, this fluoroelastomer grade is designed for sealing applications requiring excellent heat resistance, mechanical strength, and chemical compatibility. The material performs well in contact with fuels, lubricants, and aggressive process chemicals, making it suitable for molded O-rings, gaskets, and other precision components. Its formulation supports consistent curing and stable processing.

Viton A-201C maintains sealing integrity under prolonged exposure to high temperatures and pressure, helping components remain reliable in critical applications. Its durability contributes to long service life in automotive, aerospace, and industrial systems where failure is not an option. These characteristics make Viton A-201C a dependable choice for high-performance sealing needs in harsh operating conditions.

Read more: https://eagleelastomer.com/industry-news-blog/why-viton-a-201c-is-built-for-tough-environments/

Viton™ A-500 Material Guide: Heat and Chemical ResistanceAs outlined in the Chemours technical sheet for Viton A-500, th...
04/15/2026

Viton™ A-500 Material Guide: Heat and Chemical Resistance

As outlined in the Chemours technical sheet for Viton A-500, this fluoroelastomer grade is engineered for applications requiring strong chemical resistance, reliable compression set performance, and stability at elevated temperatures. The material offers durable sealing in systems exposed to oils, fuels, industrial fluids, and thermal cycling. Its balanced curing characteristics and mechanical strength support the molding of precise, dimensionally stable components.

Viton A-500 maintains elasticity under long-term heat and pressure, helping seals retain their shape and sealing force in demanding environments. This makes the material suitable for O-rings, gaskets, and molded parts used in automotive, aerospace, industrial equipment, and chemical processing applications. Its ability to endure harsh conditions contributes to extended component service life and dependable system performance.

Read more: https://eagleelastomer.com/industry-news-blog/viton-a-500-material-guide-heat-and-chemical-resistance/

Why Viton A-700 Excels in Tough ConditionsAs detailed in the Chemours technical sheet for Viton A-700, this fluoroelasto...
04/08/2026

Why Viton A-700 Excels in Tough Conditions

As detailed in the Chemours technical sheet for Viton A-700, this fluoroelastomer grade is formulated for applications requiring excellent compression set, high-temperature stability, and strong chemical resistance. The material provides reliable sealing performance in systems exposed to fuels, oils, steam, and aggressive industrial chemicals. Its mechanical strength and cure characteristics support precise molding and dimensional stability in demanding environments.

Viton A-700 maintains elasticity under long-term heat and pressure, making it suitable for O-rings, gaskets, and complex molded parts used in automotive, aerospace, and chemical processing systems. Its resistance to degradation helps extend component service life and ensures consistent performance in high-stress, high-temperature operations. This combination of durability and compatibility makes Viton A-700 a strong choice for critical sealing applications.

Read more: https://eagleelastomer.com/industry-news-blog/why-viton-a-700-excels-in-tough-conditions/

Understanding FKM and Its Industrial UsesAs explained by UC Components in the article “What exactly is Fluoroelastomer /...
03/31/2026

Understanding FKM and Its Industrial Uses

As explained by UC Components in the article “What exactly is Fluoroelastomer / FKM / FPM / Viton® and what is it used for?” fluoroelastomers are a family of high-performance synthetic rubbers known for their stability in extreme environments. Classified as FKM under ASTM standards and commonly referred to as Viton, these materials resist chemicals, heat, oils, and oxidation far better than traditional elastomers. Their fluorinated backbone provides strong resistance to swelling, degradation, and thermal breakdown.

These properties make fluoroelastomers ideal for seals, O-rings, gaskets, and precision components used in aerospace, semiconductor manufacturing, chemical processing, automotive systems, and vacuum environments. They maintain elasticity under temperature extremes and support long-term sealing reliability where conventional rubber materials fail. Their durability helps reduce downtime and extends equipment life across demanding industrial applications.

Read more: https://eagleelastomer.com/industry-news-blog/understanding-fkm-and-its-industrial-uses/

Viton A-331C Properties and PerformanceAs detailed in the Chemours technical sheet for Viton A-331C, this fluoroelastome...
03/24/2026

Viton A-331C Properties and Performance

As detailed in the Chemours technical sheet for Viton A-331C, this fluoroelastomer grade offers strong mechanical properties, dependable heat resistance, and excellent compression set performance. The material is formulated to maintain sealing force under long-term heat and pressure, making it well-suited for molded O-rings, gaskets, and seals used in demanding environments. Its chemical resistance supports exposure to fuels, lubricants, hydraulic fluids, and industrial chemicals.

Viton A-331C also provides consistent processing behavior during molding, allowing manufacturers to achieve accurate, dimensionally stable components. Its durability helps extend the service life of sealing devices in automotive, aerospace, and industrial systems. These performance characteristics make Viton A-331C a strong choice for applications requiring reliable FKM materials capable of withstanding harsh operating conditions.

Read more: https://eagleelastomer.com/industry-news-blog/viton-a-331c-properties-and-performance/

What Makes Viton a Top O-Ring MaterialAs explained by IQS Directory in the article “What is Viton, and why is it used fo...
03/17/2026

What Makes Viton a Top O-Ring Material

As explained by IQS Directory in the article “What is Viton, and why is it used for O-Rings?” Viton is a fluoroelastomer known for its exceptional chemical resistance, high-temperature stability, and long-term durability. These properties come from its fluorinated molecular structure, which allows Viton O-rings to withstand fuels, oils, solvents, acids, and harsh industrial fluids where traditional rubber materials quickly deteriorate. Its ability to maintain elasticity under extreme conditions makes it a preferred sealing material in demanding industries.

Viton O-rings also resist compression set, aging, and environmental degradation, enabling consistent sealing performance over long service cycles. Their reliability makes them suitable for aerospace components, automotive fuel systems, chemical processing equipment, and vacuum applications. Viton’s combination of stability, compatibility, and mechanical strength ensures dependable sealing in systems exposed to heat, pressure, and corrosive media.

Read more: https://eagleelastomer.com/industry-news-blog/what-makes-viton-a-top-o-ring-material/

Viton™ A-201C: Properties, Applications, and BenefitsAs detailed in the Chemours technical sheet for Viton A-201C, this ...
03/10/2026

Viton™ A-201C: Properties, Applications, and Benefits

As detailed in the Chemours technical sheet for Viton A-201C, this fluoroelastomer is designed for applications requiring strong mechanical properties, dependable heat resistance, and excellent chemical compatibility. The material performs reliably in environments exposed to oils, fuels, hydraulic fluids, and aggressive process chemicals. Its formulation supports consistent curing behavior, allowing manufacturers to produce molded components with stable, repeatable physical properties.

Viton A-201C maintains elasticity and sealing integrity under long-term heat and pressure, making it suitable for high-performance O-rings, gaskets, and complex molded parts. Its resistance to degradation helps extend component service life in demanding automotive, aerospace, and industrial systems. The material’s combination of durability, stability, and chemical resistance makes it a trusted option for sealing applications where failure is not an option.

Read more: https://eagleelastomer.com/industry-news-blog/viton-a-201c-properties-applications-and-benefits/

Why Viton Excels in Oil and Gas EnvironmentsAs outlined by Viton in the article “Viton Fluoroelastomers for Oil and Gas ...
02/25/2026

Why Viton Excels in Oil and Gas Environments

As outlined by Viton in the article “Viton Fluoroelastomers for Oil and Gas Exploration and Production,” FKM materials play a critical role in sealing systems used in drilling, completion, production, and refining operations. Viton’s chemical resistance allows components to withstand sour gas, hydrocarbons, steam, corrosive fluids, and high-pressure environments encountered throughout the energy sector. These elastomers retain elasticity at elevated temperatures, helping prevent leakage and equipment failure under severe conditions.

Viton fluoroelastomers also offer strong compression set performance and mechanical stability, enabling long service life in downhole tools, valves, pumps, and surface equipment. Their ability to maintain sealing integrity reduces maintenance costs and supports operational safety in high-risk environments. These qualities make FKM an essential material for modern oil and gas exploration and production systems.

Read more: https://eagleelastomer.com/industry-news-blog/why-viton-excels-in-oil-and-gas-environments/

Fluoroelastomer (FKM/FPM): Properties and ApplicationsAs explained by UC Components in the article “What exactly is Fluo...
02/18/2026

Fluoroelastomer (FKM/FPM): Properties and Applications

As explained by UC Components in the article “What exactly is Fluoroelastomer / FKM / FPM / Viton® and what is it used for?” fluoroelastomers are a family of high-performance synthetic rubbers known for their exceptional resistance to chemicals, heat, and oxidation. Often referred to as FKM, FPM, or Viton depending on the standard or brand, these materials offer durable sealing performance in harsh environments where traditional elastomers quickly degrade. Their fluorinated carbon backbone provides stability across extreme temperatures and exposure to aggressive fluids.

Because of these properties, fluoroelastomers are widely used in aerospace, automotive, semiconductor, chemical processing, and vacuum applications. They support seals, O-rings, gaskets, and molded components that must maintain integrity under thermal cycling, pressure, and corrosive media. Their reliability helps reduce downtime, extend component life, and ensure safe operation in mission-critical systems.

Read more: https://eagleelastomer.com/industry-news-blog/fluoroelastomer-fkm-fpm-properties-and-applications/

Address

70 Cuyahoga Falls Industrial Pkwy
Peninsula, OH
44264

Opening Hours

Monday 8am - 5pm
Tuesday 8am - 5pm
Wednesday 8am - 5pm
Thursday 8am - 5pm
Friday 8am - 5pm

Telephone

+13309237070

Alerts

Be the first to know and let us send you an email when Eagle Elastomer Inc. posts news and promotions. Your email address will not be used for any other purpose, and you can unsubscribe at any time.

Contact The Business

Send a message to Eagle Elastomer Inc.:

Share