Nature gave us one of the best gasket materials possible — rubber. Natural rubber can stretch and has the same elasticity in all directions, something wholly unique to the material. 

But the problem with natural rubber is that it can degrade over time — just like anything from nature — and while it does offer certain resistances, it can be vulnerable to oils and chemicals. That means it doesn’t always make the best choice for gasketing material. That’s where neoprene steps in.

Neoprene is a hugely popular and widely used material for gasketing material. You’re probably experiencing it in your house or workplace at this very instant. Neoprene gasket chemical resistance in particular is quite impressive, which is one of its biggest draws.

Let’s dive into what you need to know about neoprene before choosing your gasketing material.

What is Neoprene?

Neoprene was the answer to the need for rubber products when natural rubber was in extreme demand in 1930. It’s a synthetic substitute for rubber that was developed to fill many of the same roles that rubber had up to that point.

Neoprene is sometimes known as polychloroprene, as it is made up of polymerized chloroprene. Once that chemical reaction is complete, it’s vulcanized for added strength. 

Neoprene is best known for its impressive strength and flexibility, and its resistance to many chemicals and harsh environments, making it an ideal material for gasketing in all kinds of industries.

What is Neoprene Resistant To?


Neoprene is celebrated for its resistance to petroleum-based concoctions. This includes many greases, solvents, and oils. It can also withstand methyl and ethyl alcohols, certain salt mixtures, and some alkaline solutions as well.


Neoprene can stand up to temperatures as hot as 275° F. This heat resistance is one of its most significant advantages over natural rubber. It won’t physically degrade when exposed to high temperatures for extended periods like natural rubber can. Its heat resistance carries over to actual flame resistance, too.


Neoprene can technically hold up against temperatures as low as -50° F. However, it’s essential to understand that it becomes less functional when neoprene is used in temperatures below zero. It physically may hold up, but it’ll likely no longer do what you need it to do, so it’s best to keep temps on the plus side with neoprene.


Take it outside — sunlight and ozone are no match for neoprene! The material is highly rated for how it holds up in outdoor environments. Its oxidation rate is low, so it can be counted on for prolonged outdoor use.

Neoprene Flexibility

In addition to its high resistance properties, neoprene is a very extensible material. This makes it useful for many different gaskets, but that flexibility has to be considered during the manufacturing process before it’s used to seal something up.

When it’s time to cut neoprene into shape, its elongation must be factored in. If it is stretched out as it’s cut into shape, it’ll fall back to its original form afterward and won’t actually end up in its intended size. Any die cutting methods have to be carefully plotted out and performed with neoprene to ensure you’ll get the right shape and size for your gasket, which can be tricky.

Learn More: 5 Questions to Ask Before Selecting a Rubber Gasket Seal Adhesive

Ideal Uses for Neoprene

While the flexibility can sometimes pose challenges during the conversion process, the material’s elastic properties can be advantageous. Neoprene is ideal for something that will frequently in motion thanks to its elasticity — something that’s active and will require cushioning and impact absorption.

Its heat, cold, and weather resistance make it a great material to use for items exposed to those conditions. You’ll find neoprene in many electronics to help protect the sensitive chips and wiring, and its heat resistance allows it to tolerate the gadgetry heating up during use.

Neoprene can be found in too many things to list here, but some of those items include:

  • Smartphones
  • Laptops
  • Automobiles
  • Medical devices
  • Musical instruments
  • Power transformers
  • Lightbulbs
  • … And more!


Because neoprene is resistant to a lot and offers high elasticity and force resistance, it tends to be a more expensive material. 

If you’re in the early stages of your project and still working out the budgeting and materials, think about what exactly you need your gasket to do. Is neoprene really the best option? You don’t need to buy a machete when all you need is a butter knife!

Getting Neoprene Samples Before Production

Neoprene is a high-performing gasket, but it is expensive, so you don’t want to dive into mass production without knowing how neoprene will work with your design and the rest of your materials. That’s why it’s vital to get a sample first, and we can help!

Strouse offers Sample Express — your way to see a real-world sample with minimal expense or commitment. Don’t risk sinking costs into shaping out gaskets with neoprene that won’t work. Instead, click on the link below and fill out the form with the details of your design. What do you have in mind for this gasket? What are its dimensions? You can even upload a drawing!

Once we’ve received your sample specifications, we’ll get in touch and start the process of creating a sample using your design. Receive a prototype quickly and without hassle! Feel free to give us a call at (800)-410-8273 with any questions.

Request a Sample Today

Scott Chambers

Written by Scott Chambers

VP of Marketing for Strouse. Scott graduated from Coastal Carolina with a degree in Business Management. He then attended the University of Baltimore School of Law earning his JD in 2016. He passed the bar later that year, and he started working for Strouse in 2017. Scott is in charge of marketing and business development in addition to being Strouse's In House Counsel. Scott is currently earning an MBA from Indiana University

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