Rubber is used in many common things we see during the day like car tires, seals and even our shoes. But rubber does not provide good performance at every temperature. An example of this is the NBR rubber, which finds use in many industrial duties. Read on to learn more about NBR rubber and why knowing temperature can make or break a selection of the best rubber for different applications.
NBR rubber temperature range:-40℃~120℃; so you may need to pay more attention when the NBR rubber used in corrosive liquid. NBR rubber is that it has great resistance to oil and chemicals. This is why NBR rubber finds itself so often as the element in gaskets But if the temperature reaches more than 120°C, NBR rubber can be destroyed. In such a scenario it may cause the gasket to crack, break or not seal properly. This is the reason that it becomes most significant to keep NBR rubber far away from those higher temperatures. If we fail to account for this, and use the product in warmer temperatures it can create issues.
Acrylonitrile butadiene or NBR rubber NBR rubber gets the strong properties due to this chemical mix that becomes beneficial for many industrial jobs. Due to its high chemical and oil resistance, it is one of the most commonly utilized materials in such applications. Nevertheless, as with all materials NBR rubber has an upper-temperature end. For us, these boundaries suggest when we use NBR rubber properly and where it is used. If you need to know the temperature limit, simply put NBR rubber where they will not function properly - and your pneumatic equipment (i.e. air brake system) is safe for a long time!
The behavior of NBR rubber is dramatically affected by the temperature. Such, when using time temperature to -40 ° C below becomes hard and no flexibility of NBR rubber. If this occurs it can become cracked or broken and cause leaks etc. Similarly, at temperatures above 120°C NBR rubber can weaken and lose flexibility. This means it will fail to seal right and also causes a problem. Thus it is vital, so NBR rubber to be utilized only within its temperature range of -40°C up to 120 °C biff way we can ensure that the used rubbe wrill provide ts easiest performanc as do his job.
One of the most common types used is that born or made with nitrile butadiene rubber, whose choice should be based on the temperature to which it will be subjected. That is, if we have a work where it must take care of extreme warmth after that you should select NBR rubber for heat to make all type change according our demand. If the job will be performed in freezing temperatures, we should select NBR rubber designed for extreme low-temperature. By using the wrong type of NBR rubber, it may lead to serious problems and for that reason an application will not work appropriately at all. This can result in resource waste as well as troubleshooting afterwards which will be expensive and those issues time consuming.
Many industrial applications are heavily dependent upon NBR rubber. You may have seen it used in car engines as gaskets and seals. The gaskets and seals must be able to handle the heat without breaking down. In order to choose the high-temperature NBR rubber, it is necessary. Moreover, NBR rubber is used for seals and gaskets which you can typically find in pipelines as well chemical factories. In such cases, the rubber that uses of NBR must resist in high temperatures and chemicals. We need to select an NBR rubber that is designed for these harsh applications in order to deliver the best performance.
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