When reliability, efficiency and performance are critical, design engineers partner with Rogers to develop and deliver the material technologies they require.
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Leading High-Frequency Circuit Material Solutions
Trusted Sealing, Impact Protection and Vibration Isolation Solutions
High Performance Thermal Management and Energy Efficient Solutions
Molded components for level sensing, document handling, sealing; Integrated circuits (ICs) for electro-luminescent (EL) lighting
Home >> Elastomeric Material Solutions
Vibration between mating components can produce objectionable sounds leading to wear and lower perceived product quality. Find out how Rogers’ PORON® Urethane foams and BISCO® Silicone materials reduce the transmission of sound while inhibiting the spread of fire and smoke.
Learn More About Acoustics & Vibration
From baseball gloves to batteries to ballistics -- you engineer your products to perform even under extreme conditions, such as shock and vibration. PORON® Urethanes and BISCO® Silicones have a unique open cell structure that will not break down with continual use.
Learn More About Cushioning & Pads
One small area of poor sealing can cause failure in an otherwise well-designed system. BISCO® Silicone and PORON® Urethane foams maintain excellent resistance to compression set (collapse) so gaskets and cushioning pads won’t loosen over time.
Learn More About Sealing & Gasketing
Most noise and wear caused from vibration occurs because of friction or impact. PORON® Urethane and BISCO® Silicone foams are uniquely formulated to provide resistance to compression set (collapse), high resiliency, good vibration damping, and impact absorption.
Learn More About Shock & Impact
Designing the products that protect our world requires constant innovation and a persistent search for the best materials...materials that are lighter, stronger, flexible, and more reliable. Rogers Elastomeric Material Solutions are engineered for superior performance, from ultra-thin protection for sensitive electronics to robust gasketing for automotive applications. In 2015, Rogers acquired Arlon® Silicones, diversifying Rogers’ solutions in sealing and insulation applications.
Improving the passenger experience has become increasingly important for airlines around the world. Managing vibration and preventing engine noise from penetrating the cabin interior are critical to creating a quiet, comfortable ride for commercial travelers.
Durable sealing materials help create reliable flooring constructions that last for decades.
Gaskets and Gap Filling
Silicone materials with wide temperature range (from -55°C to 200°C) approved to Federal Aviation Regulations (FAR) for aircraft interiors.
Vibration & Acoustic Solutions
A variety of durable and reliable materials meeting aerospace standards to solve vibration and acoustic design needs.
Automotive interiors and exteriors are subjected to a variety of extreme environmental conditions. Safety is also a concern as severe damage is possible if the battery pack is not properly sealed. Gaskets and gap fillers are needed to protect sensitive electronics and seal out air, water, dust, light, and electromagnetic interference (EMI).
Rogers’ foam materials are designed for high temperature/high pressure gasketing applications. They contain no plasticizers or residual chemicals to contaminate devices. The material will not become brittle and crumble, and is non-corrosive to metal.
Gasketing, Sealing, and Gap Filling
High performance materials to seal out water and dust, reduce noise, shock, vibration, and provide long-term gap filling in a broad range of automotive applications.
The smaller, more powerful, and more versatile portable communications devices get the more important it is to protect sensitive electronics, such as displays and batteries. Getting molded enclosures and hardware to fit as planned is difficult, especially in mobile devices. Continuing advancements require solving demanding design, application, and fabrication challenges.
Rogers’ high performance foams absorb and distribute impact energy, shielding mechanical components and electronics, preventing unwanted damage, such as cracks in cell phone screens.
Gasket, Sealing, and Gap Filling
High performance materials to seal out water and dust, impact absorption, and provide long-term gap filling in handheld device applications.
Anti-slip material designed to protect and cushion for use in telephones, DVD players, computers, and many other consumer electronics.
Friction or impact can lead to vibration between mating components. This can produce significant wear and shorter product life cycles. In addition, load limits, bolt patterns, and flange design impact seal performance. Assembled housings and enclosures must ensure adequate gasket compression to provide the required level of seal.
Rogers’ foam materials have a relatively flat compression force deflection curve. This compressibility enables the load to remain within required limits while accommodating a larger range of compressions. This widens overall design limits beyond the capabilities of many materials, such as elastomers.
Enclosure Panel, Door, & Window Seals
High performance foams whose unique formulation will not take a set or relax, maintaining an effective seal over the life of the material.
Daily wear can be tough on a product and its wearer. Designs strive for lighter, stronger, and more flexible materials in everything from shoes and clothing to outdoor gear and athletic equipment. Rogers’ high performance urethane foams deliver consistent, long-lasting cushioning comfort.
PORON® Cushioning with Microban antimicrobial protection inhibits the growth of bacteria, mold and mildew that can cause product stains and odors.
PORON® performance urethanes offer maximum retention of comfort and flexibility.
Cushioning and Shock Absorption
PORON® materials have been designed to provide maximum repeated shock absorption from minimum thickness.
Extra absorbent material wicks away moisture from the body during use, then releasing the moisture vapor when not in use.
Advances in medical technology never stop, from orthopedics and prosthetics to transdermal patches and IV site dressings. Healing is faster when medical cushioning & wound dressings absorb impact, retain shape, and hinder infection.
PORON Medical® cellular urethanes are engineered, medium density, microcellular foam material used in orthopedic and prosthetic applications, including custom orthotics, custom prefabricated orthotics, prosthetic padding and other biomechanical supports.
Comfortable, breathable and stain-resistant, DERMABAK® advanced dermal materials are specifically designed for use in advanced wound dressing backings, transdermal patches, IV site dressings and EKG electrodes.
Transportation engineers and designers are under tremendous pressure to deliver high-quality and very long-lasting products that integrate a variety of diverse components. This includes control panels, sidewall and ceiling liners, seat cushions, and floors. In addition, they must be sensitive to travelers demands for low levels of noise and vibration.
A specific sealing strip can be the main vibration isolator between two expensive wall panels. The right gaskets and seals block the path of sound and vibration, reducing noise and ensuring a more comfortable ride. They also protect mechanical parts and sensitive electronics from the damaging effects of friction and wear.
Gasketing & Sealing
High temperature silicone materials, ideal for use as gaskets and seals, cushions, and thermal and acoustic insulation in demanding conditions.
BISCO® Cellular and Specialty Silicones provide acoustic solutions that mitigate noise, resulting in quiet interior cabins.
Sports equipment is engineered to provide reliable protection even under extreme conditions. Bulky padding is uncomfortable and rigid. You want a unique, custom fit that is comfortable, ensures ease of motion, and absorbs impact.
Rogers’ materials deliver wearable protection that’s comfortable, lightweight, flexible, and breathable. In side-by-side tests, our urethane foams outperform vinyl sponge, neoprene sponge, sponge rubber, latest foam, vinyl nitrile, and solid viscoelastic.
Our state-of-the-art materials are the choice for extreme impact protection. They are soft and contouring against the body, yet instantly dissipate force on impact.
Rogers offers a complete line of elastomeric material solutions products designed for challenging conditions. A unique, open cell structure produces a breathable foam that’s soft to the touch and won’t break down with continual use.
Precision-calendered silicone elastomers providing complete control over physical, chemical and electrical properties to meet the needs of the most demanding applications.
Specialty foams for high performance gaskets and seals that need to meet strict reliability requirements for temperature, low flammability, low toxicity, or other extreme conditions. Also deliver exceptional vibration and sound damping.
Specialty foam for high performance gaskets and seals. Provide dust sealing as well as superb overall sealability.
Cushioning and contouring materials that provide consistent comfort and reliable protection.
Medical materials and wound dressings that protect the body by absorbing impact, retaining shape, and hindering infection.
Rogers is continually working with designers to develop online tools to help make calculations, material selection and design choices easier. These tools are continually evolving based on feedback and suggestions from design engineers from all over the globe.
Technology innovations are fueling solutions to the toughest challenges. At Rogers, breakthroughs in materials and components are changing the world for the better, making our customers’ products more sustainable, mobile, connected, safe, and reliable.
The Sealing Design Guide provides a comparative test-based data study on sealing/gasketing materials while highlighting essential criteria for long-term sealing solutions in many enclosure applications
Many buyers require a Product Life Cycle Cost Analysis. For foam materials, such an analysis covers cost of the initial new product, assumptions about how far into the future the product will be used, cost of refurbishment, etc.
From smartphones to rail cars, the cost of a gasket is driven mainly by the selection of the material that will be used for fabrication. Before a final choice is made, it’s important to understand that the cost of a gasket is much more than its price.
Once the desired material has been selected there are centralized locations to contact to begin the ordering process. These are broken down by region and in most cases may redirect you to a local converter, supplier or sales representative.