Firm Grade Neoprene sponge gaskets are fire resistance tested to FMVSS 302, and have a density of 180kg (+/- 25), meaning they can be used in more heavy-duty applications, where less compression is needed to create a tight seal. Neoprene rubber seals can be used in many industries thanks to the number of excellent properties and the various grades available. Full technical data can be supplied upon request to further help with selection at the design and prototype stage or when better or more cost effective alternatives are required.

Neoprene Gaskets - Advanced Seals and Gaskets

Temperatures: Whilst Neoprene seals can be used in temperatures between -20°C to +90°C, the optimum temperature Our flame retardant and anti-static neoprene rubber gaskets are manufactured from material which meets ISO 340 and the American flammability standard UL94-V0. In addition, they offer a maximum surface electrical resistance of 3 x 108 Ω and the anti-static properties meet BS 490. This is on top of the standard neoprene gasket characteristics of being resistant to the negative impact of weathering, animal fats and inorganic salts. Advanced Seals & Gaskets Ltd manufacture an infinite array of Pads made from our extensive range of non-metallic materials. One of the earliest of the synthetic materials to be developed as an oil-resistant substitute for Natural Rubber, Neoprene is a homopolymer of chloroprene (chlorobutadiene).

Advanced Seals & Gaskets Ltd produce a vast assortment of rolls from materials such as Adhesive Tapes, Cork, Electrical Insulation, Felt and Textiles plus many many more suited to all sectors of industry. The aerospace & defence sector relies on Neoprene rubber for vibration in isolation mounts, serving to enhance performance and accuracy by reducing vibrations in equipment. It can also be used to safeguard delicate aircraft systems and instruments from external forces, where its excellent physical properties and durability can benefit the industry. O-rings and seals are also commonly manufactured from Neoprene rubber due to its chemical, oil and temperature resistance, offering a dependable air-tight seal in diverse aerospace or defence systems. Benefits of Neoprene Rubber Neoprene rubber was first developed in the 1930’s and has since become one of the most popular rubber materials worldwide, adopted by many industries such as Automotive, Construction, Marine & Aquatic, Electrical, Engineering and Aerospace & Defence. Flexibility Across Temperature Extremes: Neoprene rubber can retain its flexibility and elastic properties across a broad temperature range. It remains pliable and functional in both high and low temperature conditions, making it suitable for a diverse range of applications in various climate conditions.

Neoprene / EPDM Sponge Seals - Advanced Seals and Gaskets

Chemical resistance – neoprene works without being overly compromised by weathering or common fluids EPDM/Neoprene Blend sponge is an extremely versatile material, combining the properties of both types of sponge, excellent weathering and outdoor resistance of EPDM and the oil/chemical resistance of neoprene, making it the ideal choice for many outdoor sealing applications. Advanced Seals & Gaskets work with many material manufacturers and suppliers, giving our customers more choice when designing their neoprene rubber seal. Neoprene rubber seals can be supplied in a number of grades and hardness’s, some of the main ones being:Advanced Seals & Gaskets Ltd have many capabilities to convert Solid Rubber Matting into many different formats to suit vast areas of industry and leisure. Neoprene rubber is widely used for weatherstripping within the construction sector, where its UV and weather resistance properties make it an ideal solution for providing effective sealing and insulation against the outdoor elements. The construction industry also relies on Neoprene rubber for use in expansion joints, serving to accommodate movement and prevent structural damages caused by thermal expansion and contraction and building infrastructure. Marine & Aquatic: Neoprene’s waterproof and corrosion resistant properties make it resilient to a range of environmental factors, including UV, ozone and oxidation. Neoprene’s good thermal stability means it remains flexible over a wide temperature range of -40 °C to +120 °C.

P - Section Rubber Seal - Delta Rubber P - Section Rubber Seal - Delta Rubber

Neoprene can be used in innumerable sealing applications due to its broad base of such desirable working properties as: good resistance to petroleum oils; good resistance to ozone, sunlight and oxygen ageing; relatively low compression set; good resilience; outstanding physical toughness; and reasonable production cost. Weather and Ageing Resistance: Neoprene rubber can maintain its integrity and performance even in harsh outdoor environments, ensuring longevity and reliability. This is due to the elastomers resistance to ozone, UV radiation and weathering in general. Within the engineering sector, Neoprene rubber serves many purposes and can be used for a wide range of applications. It is particularly valuable for vibration isolation, where it effectively dampens vibrations to improve the performance and ability of sensitive equipment. Another common use is sealing applications such as O-rings and gaskets, ensuring a secure and leak-proof connection for engineering systems and impact resistance for delicate instruments. Aerospace & Defence: TRP Polymer Solutions offers a wide range of high-performance seal materials. Our highly skilled technical experts are adept at formulating innovative sealing solutions, overseeing the development of your product from the design stage through to full production. We can recommend the most appropriate polymer material for your sealing application, providing a functional, durable and reliable seal product.

In 1930, an American chemist named Arnold Collins, who was part of DuPont’s research group, made his discovery after Investigating the by-products of divinylacetylene (the vinyl derivative of acetylene). After World War II, DuPont invested in a neoprene plant to meeting the increasing demand for neoprene rubber. How is neoprene made? The fact that neoprene rubber gaskets combine strength and durability with the flexibility needed to compress when bearing a load makes them the ideal choice for a range of applications in sectors such as construction, plumbing, lighting, automotive and aerospace. Temperature Resistant: They exhibit good temperature resistance, maintaining their sealing properties across a wide range of temperatures, from extreme cold to moderate heat. One of the versatile polymer materials that we work with at TRP Polymer Solutions is neoprene. This synthetic rubber is a suitable seal material for applications requiring a general-purpose material that is durable, waterproof, thermally stable and reasonably chemical resistant. Like all polymer materials, there are pros and cons to using neoprene. Read on for a full overview of the advantages, disadvantages and typical applications of neoprene. What is neoprene?

Seals | PAR Group Rubber Door Seals | PAR Group

We also have the technical expertise to offer advice and guidance of the best material and adhesive to suit your needs.Advanced Seals & Gaskets Ltd specialises in the conversion of non-metallic materials into many different products including Seals, Gaskets, Washers, Pads, Sheeting, Strip, Extrusions, Mouldings for a magnitude of uses. There are various grades of Neoprene rubber available including Commercial Grade Neoprene Rubber, British Standard BS2752 Neoprene Rubber, Expanded Neoprene/EPDM Closed-Cell Sponge Rubber, Flame Retardant Neoprene Rubber and Neoprene/Nylon Insertion Diaphragm Rubber. In the marine and aquatic domain, Neoprene rubber’s water resistance and insulation properties make it the go-to choice for equipment including wetsuits, gloves, boots and other protective gear used for watersports and diving. It’s also well suited for seals and gaskets found in marine equipment or boats, ensuring reliable performance and preventing water ingress that could potentially cause damages. Electrical: Change from latex to neoprene seals: 3mm Neoprene seals do not “rot” like latex so last longer. They do get little spits and chunks gauged out of the skin surface, but they can mostly be nursed to the end of the season with field repairs when they can then be replaced. They very rarely fail catastrophically so you can’t dive unlike latex. However, despite being warmer due to the inherent insulation of the neoprene they can be prone to letting water in and be harder getting on and off because they cannot stretch like latex. Neoprene rubber exhibits excellent dielectric properties and is suitable for cable insulation within the electrical industries, commonly used to provide insulation and protection against electrical currents or environmental factors. It can also be used in electrical connectors and sealing applications, offering a reliable and moisture-resistant connection. Engineering: