The performance of rubber materials varies due to differences in their molecular structures, such as the presence of specific functional groups (e.g., nitrile in NBR or fluorine in FKM), which influence properties like chemical resistance and thermal stability.
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We have various of rubber compound available as below for different applications.
- EPDM
- FKM (Viton) FPM
- Low temperature FKM
- FVMQ
- FFKM
- AEM
- ACM
- Silicone
- HNBR
- NBR
- Coductive rubber
- How to measure the hardness: shore A,B,C,D?
- How to measure the density of rubber material?
- How to Evaluate the Resistance of Rubber to Oils and Other Solvents？
- How to Evaluate the Low-Temperature Performance of Rubber?
- How to choose between HNBR and AEM?
- How choose Between FKM vs FVMQ?
- When to use HNBR and Low Temperature HNBR(LT HNBR)?
- Why Fluorocarbon Rubber (FKM) Fails Against Glacial Acetic Acid?
- How to Improve the Wear Resistance of Rubber Materials?
- Introduction of PTFE coating
- Flame Retardancy Standards for Rubber & Achieving V0 Rating
- Rubber Shrinkage Rate
Contact Us
Suzhou Obtiv Technology Co.,LTD
No.211 Zhujiang Road, Suzhou City, China
Wechat: 
Email: tom@rubberproducer.com