{"id":62230,"date":"2018-10-26T15:47:38","date_gmt":"2018-10-26T22:47:38","guid":{"rendered":"https:\/\/coirubber.com\/?p=62230"},"modified":"2026-10-18T21:57:08","modified_gmt":"2026-10-19T04:57:08","slug":"neoprene-vs-natural-rubber","status":"publish","type":"post","link":"https:\/\/coirubber.com\/ja\/neoprene-vs-natural-rubber\/","title":{"rendered":"Neoprene vs Natural Rubber in Applications"},"content":{"rendered":"
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Neoprene vs natural rubber<\/h2>\r\nNeoprene vs natural rubber is a topic that often appears when comparing two types of rubber. NBR is more popular compared to natural rubber when it comes to gaskets because of its unique characteristics. Neoprene is also found to be common in other applications<\/a> such as wetsuits, laptop sleeves, and wrist braces. Furthermore, neoprene can provide resistance to oil and grease which is an advantage that neoprene has over natural rubber. Neoprene played a critical role during WW2 because of the limited access to natural rubber<\/a>. Despite the limited access to natural rubber, militaries were able to still produce vehicles and war machines using neoprene as gaskets and seals. Neoprene provided more suitable characteristics for specific applications in the automotive industry compared to natural rubber.\r\n\r\n \r\n

NBR vs Natural Rubber<\/h2>\r\nThe main characteristics that allowed Neoprene to shine over natural were their resistances to oil and grease. These characteristics alone allowed neoprene to excel over natural rubber in critical automotive applications, because natural rubber does not provide resistance to oil and grease as well as Neoprene. Neoprene rubber is also known to have a better temperature tolerance making it a critical synthetic rubber during WW2. This allowed neoprene to be placed near engines compared to natural rubber which could not withstand temperatures of 200\u00b0F and above.\r\n\r\nNatural rubber would remain unstable at extreme temperatures. Using natural rubber will result in a shorter lifespan for the part. Neoprene also has good compressibility making it an efficient material for insulation and keeping liquids contained. If you are looking to manufacture automotive parts, you should consider if your application calls for the use of Neoprene over natural rubber. Neoprene can survive in outdoor conditions longer compared to natural rubber because of its resistant to ozone and oxidation. This allows Neoprene to not be worn out and cracked when exposed to an outside environment.\r\n\r\nThe biggest disadvantage of Neoprene, however, is the relatively higher cost of the material. Another concern of Neoprene that may affect performance in a few applications is the material’s poor resistance to strong acids.\u00a0 However, this concern would be unlikely to affect most usages in automotive applications, as the main acid that most rubber might encounter is weak acid from the rain. Despite its higher pricing of Neoprene vs natural rubber, Neoprene is shown to be a major player in the automotive industry with its unique characteristics. These characteristics allowed Neoprene to achieve success in the industry when it outshined natural rubber in the 1920s.\r\n\r\n \r\n

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