BUTYL RUBBER SHEET
The Butyl Rubber Sheet is widely utilized in various applications, including tire tubes, seals, medical vial stoppers, insulation tapes, and vibration damping in industrial settings. This rubber is made from Isobutylene Isoprene, providing a range of beneficial properties.
It excels in gas and air impermeability, making it ideal for applications that require excellent sealing capabilities. Additionally, it offers resistance to chemicals, weather, ozone, and water, along with effective vibration dampening properties. However, it is not suitable for exposure to oils, hydrocarbons, abrasion, solvents, adhesion, or electrical insulation, as these conditions can compromise its integrity. The operational temperature range of this material spans from -45°C to +130°C (-49°F to +266°F), ensuring reliable performance across diverse environments.
Application: Used for tire tubes, seals, medical vile
stopper, insulation tapes, vibration damping
and other industrial application.
Polymer: Isobutylene Isoprene
Suitable for: Gas & Air Impermeability, Chemicals,
Weather, Ozone, Water, Vibration Damp
Not Suitable for: Oils, Hydrocarbons, Abrasion,
Solvent, Adhesion, Electrical Insulation
Temperature: -45°C to +130°C (-49°F to +266°F)
BUTYL RUBBER SHEET
Application: Used for tire tubes, seals, medical vile
stopper, insulation tapes, vibration damping
and other industrial application.
Polymer: Isobutylene Isoprene
Suitable for: Gas & Air Impermeability, Chemicals,
Weather, Ozone, Water, Vibration Damp
Not Suitable for: Oils, Hydrocarbons, Abrasion,
Solvent, Adhesion, Electrical Insulation
Temperature: -45°C to +130°C (-49°F to +266°F)
The Butyl Rubber Sheet is widely utilized in various applications, including tire tubes, seals, medical vial stoppers, insulation tapes, and vibration damping in industrial settings. This rubber is made from Isobutylene Isoprene, providing a range of beneficial properties.
It excels in gas and air impermeability, making it ideal for applications that require excellent sealing capabilities. Additionally, it offers resistance to chemicals, weather, ozone, and water, along with effective vibration dampening properties. However, it is not suitable for exposure to oils, hydrocarbons, abrasion, solvents, adhesion, or electrical insulation, as these conditions can compromise its integrity. The operational temperature range of this material spans from -45°C to +130°C (-49°F to +266°F), ensuring reliable performance across diverse environments.