Product Features:
1. Outstanding Air Impermeability
IIR-1675N exhibits exceptionally low gas permeability, making it particularly suitable for applications such as tire inner liners and sealing components where superior airtightness is required. Its impermeability is far superior to that of general-purpose rubbers, making it an ideal gas barrier material.
2. Excellent Chemical Resistance
Butyl rubber demonstrates excellent resistance to acids, alkalis, solvents, and various chemicals. IIR-1675N maintains stable performance in a wide range of chemical media, making it widely used in seals, gaskets, and protective products in the chemical and petroleum industries.
3. Superior Ozone Resistance
IIR-1675N provides strong resistance against ozone, allowing it to effectively withstand ozone degradation in outdoor environments. This feature significantly extends service life, making it ideal for seals, hoses, and other products exposed to ozone.
4. Excellent Aging Resistance
With superior resistance to aging, butyl rubber can retain stable physical properties even after long-term exposure to air, ultraviolet radiation, and elevated temperatures. IIR-1675N maintains good elasticity and strength under harsh conditions.
5. Low-Temperature Flexibility
The rubber maintains good flexibility under low-temperature conditions, without losing elasticity. This makes it suitable for applications in cold environments, such as sealing components in refrigeration systems and cold-chain transportation.
6. Low Compression Set
IIR-1675N demonstrates a low compression set under long-term compression, making it highly suitable for applications that require long-lasting sealing performance, such as tire inner liners and gaskets.
7. Good Electrical Insulation
Butyl rubber possesses excellent electrical insulation properties, making it suitable for applications requiring dielectric performance, such as electrical seals and insulating materials.
8. Good Processability
IIR-1675N features excellent processability and can be manufactured through conventional rubber processing methods such as extrusion, compression molding, and injection molding, ensuring high production efficiency and product consistency.
