Still have a question ?
Have a quick chat or get a call back from our experts

Frequently Asked Questions

CSM rubber offers better weathering, U, and chemical resistance than neoprene, whereas neoprene generally provides better oil resistance and easier processing based on the application.

Yes. CSM rubber is often used in electrical cable sheathing and insulation due to its flame-retardant properties and good electrical resistance, especially in critical industrial environments.

Chlorosulfonated rubber typically performs well in a temperature range of –30°C to +130°C depending on compound formulation and application conditions.

Absolutely. One of its biggest advantages is exceptional resistance to sunlight, ozone, moisture and atmospheric aging, which allows it to maintain performance over long service life outdoors.

Yes. Chlorosulfonated rubber shows strong resistance to acids, alkalis, oxidizing agents and many industrial chemicals, though it has limited resistance to aromatic hydrocarbons and some solvents.

CSM rubber is widely used in roofing membranes, cable jacketing, chemical-resistant hoses, seals, gaskets, expansion joints and marine applications where long-term environmental exposure is expected.

Chlorosulfonated rubber offers excellent weather resistance, ozone resistance, chemical stability, flame resistance and UV durability, making it suitable for harsh outdoor and industrial environments.

No. Hypalon was the brand name used by DuPont for chlorosulfonated polyethylene rubber (CSM). While Hypalon production was discontinued, CSM rubber compounds are still manufactured and used under different trade names.