Scancot TriboChem 11 (formerly L11) is a composite material with an alternative resin that provides increased resistance to extremely alkaline or acidic environments. This unique property makes TriboChem 11 well suited for industries where traditional materials often degrade or corrode.
Resistant to harsh chemical environments
TriboChem 11 is designed to withstand high concentrations of both acids and bases. The specially designed resin system keeps the material stable even under extreme pH values. In addition, the load-bearing properties are not significantly affected, ensuring that the material retains its strength over time. A comprehensive list of chemical compatibility is available upon request.
Reduced maintenance and long service life
Thanks to the material’s chemical resistance, users can reduce both maintenance costs and the risk of downtime. TriboChem 11 maintains its integrity even when repeatedly exposed to harsh chemical compounds. This contributes to more stable operation, fewer repairs and thus lower operating costs in the long term.
Advantages of Scancot TriboChem 11
- High chemical resistance: Withstands alkaline and acidic environments better than many other materials
- Fiber reinforced core: Provides solid structural support and durability
- Minimal maintenance: Less need for inspection and repair
- Smooth operation: Stable performance and low risk of corrosion-related damage
Why choose Scancot from Scanco AS?
Scanco AS is ISO 9001 and ISO 14001 certified, which means strict quality requirements and a focus on environmental considerations throughout production. We have extensive experience with composite materials and offer tailor-made solutions for demanding applications. When you invest in Scancot TriboChem 11, you get a material that delivers high performance in corrosive environments, while requiring minimal maintenance and providing good overall economy.
Please contact us. for more information on how Scancot TriboChem 11 can contribute to more efficient and reliable production in your company.