The AH32 offers the most suitable features for waste handling and mixed operations applications. The optimized style for all regional positioning/steering tours with high mileage and traction.
The tire contains Hankook's anti-chipping and cutting compound to provide better higher sturdiness and longer tread life.
Asymmetrical grooves that facilitate stop stone from pricking over the life of the tire.
Optimized for regional transportation applications, the AH32 is an all-season, all-position tire developed with design features critical to durability, retreading, and safety. Hankook designed this new tire using its latest TBR technology, the Innovation Mixing System (IMS), which helps strengthen the bond strength between composite materials (carbon black and rubber). The result of this new process is not only a stronger and more durable connection, but it also helps reduce heat generation, which translates directly into greater mileage and fuel efficiency.
To optimize the AH32's performance for regional transportation applications, the multi-purpose tread pattern is used, which combines two different zigzag groove designs that protect against uneven wear, chips, cuts, and tears. The tire will of course work with any embedded material such as rocks or stones that can affect the performance and lifespan of the tire.
Multi-purposed performance.
The pattern is constructed to be additional powerful, particularly robust against uneven wear, chips, cuts, and cracks.
The mix of 2 otherwise designed zig-zag grooves, together with its wide & deep tread profile, permits the pattern to produce accumulated mileage and improving traction performance.
Optimized shoulder design.
Optimized shoulder profile and distinctive shoulder wall grooves that offer wonderful resistance to uneven rib wear.
Carcass design
Minimized tire deformation with an even more optimized foot shape will offer increased control on any surfaces.
Zig-zag traction groove
Improves traction and braking performance by increasing the point of intersection with the help of four zig-zag grooves.
Tire design structure
- Structure of the belt
With the minimized motion of the belt action, it is able to provide low heat generation.
- The technology of ejecting stone
Asymmetric groove helps from ejected stones.
- Improvements of the bead
Minimizing bead mobility for a maximum retreading process.