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  • Hankook Tire & Technology-Tires-etc-AH37-KV

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Structurally Designed for Longer Tread Life,
Fuel Efficiency, and Durability

Hankook Tire & Technology-Tires-etc-AH37-Structurally Designed for Longer Tread Life, Fuel Efficiency, and Durability

Pattern design

Stone ejector for reduced stone drilling

Helps eject stones and protect against stone drilling.

Multi-purpose performance

Combination of center zig zag grooves and 3-Dimensional Sipe provides better traction, increased mileage and reduced irregular wear.

Pattern design

Zig zag traction groove for excellent traction and braking

Improves traction and braking performance by expanding the point of intersection through four zig zag grooves with 3-Dimensional Sipe.

Optimized shoulder design for excellent resistance to rib wear

Optimized shoulder profile and unique shoulder wall grooves help deliver excellent resistance to uneven rib wear.

3-Dimensional Sipe Technology for increased mileage

Better traction, increased mileage and controlled wearing with less irregular wear.

3-Dimensional Sipe Technology for increased mileage

  • TBR Technology

    Stiffness Control Contour Theory (SCCT Technology)

    SCCT Technology is designed to reduce profile deformation. If the carcass profile is not kept constant, the internal force on the carcass will be concentrated on a specific point, belt edge or carcass turn up edge. In contrast, SCCT Technology controls the dispersion of internal force for better durability.

    Stiffness Control Contour Theory (SCCT Technology)

    SCCT Technology is designed to reduce profile deformation. If the carcass profile is not kept constant, the internal force on the carcass will be concentrated on a specific point, belt edge or carcass turn up edge. In contrast, SCCT Technology controls the dispersion of internal force for better durability.

  • Innovative Mixing System (IMS)

    Innovative Mixing System (IMS) minimizes the breakdown and oxidation of polymer chains and has a higher dispersion degree of carbon black. The effects of IMS help to strengthen the bonding force between the carbon black and rubber to ensure longer mileage and to lower the heat generation of compounds for improved fuel efficiency.

    Innovative Mixing System (IMS) minimizes the breakdown and oxidation of polymer chains and has a higher dispersion degree of carbon black. The effects of IMS help to strengthen the bonding force between the carbon black and rubber to ensure longer mileage and to lower the heat generation of compounds for improved fuel efficiency.

  • Spec