Cross Section

TY Cushion Tire derive their sturdy structure from a specially prepared formula that enhances the different functions of its tire parts.
Multi-Ply nylon cords are used to reinforce the tire rim.
TY tires have good shock absorption and provide excellent resistance against abrasion and breakage.

TY Cushion Tire derive the sturdy structure from the specially prepared formula that enhances the different functions of its tire parts.
  1. Ultra-deep Tread
  2. Rubberized Anti-abrasion Tire Surface
  3. Rubberized, Elastic Carcass
  4. Reinforced Nylon Fabrics
  5. High-tension Steel Wire
  6. Aperture Structure

SPECIAL FEATURES

Special TY compound present unique functions for various applications.

T.Y. CUSHION TIRES derive their sturdy structure from a specially prepared formula that enhances the different functions of its tire parts. A two-ply nylon cord is used to reinforce the tire rim. These tires have good shock absorption and provide excellent resistance against abrasion and breakage. 

Added benefits are:

  • No blowout or punctures.
  • Extended life 2.5-4 times the life of pneumatic tires.
  • Reliable,maintenance-free.
  • Tight adhesion to rim.
  • Ease of steering.

Cut Resistance

Reduce surface chunk & sidewall cutting. For severe environment: hard rock mine.

Leachate Resistance

Prevent rubber erosion from heavy leachate to extend tire life.

Heat Resistance

Maximize tire life from extremely high temperature environment.

Oil Resistance

Prevent rubber erosion from organic oil. For oil application: palm oil plant.

Low-rolling Resistance

Reduce energy waste, no extra fuel and extra torque to move tires.

Low Heat Generation

Maximize loading capacity, minimize tire temperature. For heavy duty machinery.

Super Soft

Excellent riding comfort, similar hardness to pneumatic tire with 50°±2.

Non-Marking

Leave no footprint in clean working environment. For electronic, spinning, and clothing industry.

Static Free

Prevent accidents from static. For underground coal mine.

Safety

Minimize accidents from tire explosion.