This Double Coin RLB767 is a truck tire designed for drive and trailer axles, featuring high-wear-resistant tread compound for great durability and adaptability to harsh roads, FEA-optimized crown to balance ground pressure and avoid irregular wear, reinforced bead to reduce deformation and boost load capacity, low-heat silica formula for enhanced high-speed endurance and safety, and new zero-degree belt structure to deliver outstanding puncture resistance and load-bearing performance for various mixed road conditions.
| Size | Ply Rating | Load Index | Speed Rating | Tread Depth (mm) | Tread Width (mm) | Recommended Rim |
| 9.00R20 | 16PR★ | 144/142 | J | 17 | 208 | 7 |
| 10.00R20 | 18PR★ | 149/146 | J | 19 | 228 | 7.5 |
Product Features
High-wear-resistant tread compound delivers superior mileage and great adaptability to rough roads
Finite-element optimized crown balances contact pressure to reduce irregular wear and extend service life
Reinforced bead restricts deformation for stable heavy load carrying
Low-heat silicon compound improves high-speed durability, cuts crown failures and boosts safety
Advanced zero-degree belt structure enhances puncture resistance, load capacity and driving traction
Double Coin RLB767 Heavy-Duty Truck Tire is suitable for drive axle and trailer axle positions, perfect for medium & short haul on mixed rough roads, delivering excellent wear resistance & longer mileage, optimized footprint & even wear performance, reinforced bead structure & strong load capacity, low heat generation & high-speed durability, enhanced puncture resistance & structural strength.
Model: RLB767 heavy-duty truck tire
Suitable for drive axle and trailer axle positions
Perfect for medium & short haul on mixed rough roads
Core Advantages of Doublecoin RLB767 Drive and trailer position Tire Mixed
1.Excellent Wear Resistance & Longer Mileage
2.Optimized Footprint & Even Wear Performance
3Reinforced Bead Structure & Strong Load Capacity
4.Low Heat Generation & High-Speed Durability
5.Enhanced Puncture Resistance & Structural Strength
Address
Building H, Donghe Center, Wuhan, Hubei Province, China
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