SIZE | LOAD INDEX | SPEED INDEX | PLY RATING | TREAD DEPTH(mm) | MAX LOAD/KG | INFLATED SIZE | A.P. | |||
SINGLE | DUAL | SW (MM) | OD (MM) | KPA | PSI | |||||
11.00R20 | 152/149 | G | 18PR | 3550 | 3250 | 293 | 1086 | 930 | 135 | |
12.00R20 | 156/153 | G | 20PR | 4000 | 3650 | 315 | 1126 | 900 | 131 |
Very classic design for short&medium distance transportation, suitable for drving wheel, also could be used on guide or trailer position.
Suitable for medium&long distance transportion on mix road or harsh road condition.
Open shoulder design,widen transverse groov, can provide strong driving power, grip and self-cleaning ability.
Anti-stone design in groove bottom, excellent performance of anti-prick.
Tread with high perfomance formula,excellent tire wear resistance, low heat generation.
Unique belt layer and reinforced seam allowance design. Excellent performance on load capacity and safety.
High wear-resistant tread formula provides excellent wear resistance and enhances adaptability to harsh road conditions;
Finite element optimizes crown design, optimizes ground pressure distribution, reduces irregular wear, and extends mileage;
Strengthen the structure of the toe, reduce the deformation of the sub-mouth, better load-bearing, and carry the load;
Low heat build-up silicon formula enhances tire high-speed durability, reduces crown failure rate, and improves safety performance;
The new zero-degree belt structure provides excellent puncture resistance and load-bearing performance, making the tire stronger and stronger.
The three longitudinal grooves adopt a stone-discharging structure to reduce stone inclusions, enhance the impact resistance and puncture resistance of the tire, and reduce the occurrence of crown explosions.
Strong performance and strong adaptability to bad road conditions.
The open shoulder and the heat dissipation groove design under the shoulder improve the heat dissipation performance of the tire.
Using a new crown structure to improve puncture resistance and load-bearing capacity.
Strengthen and optimize the bead and toe, effectively enhance the impact resistance and improve the bearing performance.