Vehicle Parts & Accessories in Kenya

 WESTLAKE CR926 12.00R20 is a heavy-duty radial tire designed for trucks and buses. Its robust construction features a reinforced casing for high load capacity and durability. The deep, all-season tread pattern ensures strong traction on wet and dry roads, while the cut-resistant compound enhances longevity. Suitable for long-haul, regional, and construction use, it offers stability, fuel efficiency, and extended tread life. The tire’s optimized design reduces heat buildup, improving safety under heavy loads. Ideal for dump trucks, mixers, and cargo vehicles, the CR926 balances performance and cost-effectiveness in demanding conditions. Load Index: 152/149 (single/dual), Speed Rating: K (110 km/h).

The Westlake CR950 9.5R17.5 is a durable radial tire designed for light trucks and delivery vans. With a Load Index of 129/127 (up to 1,850 kg per tire) and Speed Rating L (120 km/h), it handles heavy urban and regional transport efficiently. Its reinforced casing and optimized tread pattern ensure even wear, fuel efficiency, and reliable traction on wet/dry roads. The robust construction resists cuts and impacts, making it ideal for frequent stop-and-go driving. Suitable for box trucks, cargo vans, and service vehicles, the CR950 delivers a balance of longevity, load capacity, and cost-effective performance in commercial applications.

The Westlake EL36 23.5-25 is a heavy-duty 20-ply rating (20PR) bias tire engineered for rugged off-road and industrial applications. Designed for large loaders, bulldozers, and mining equipment, its deep, aggressive tread provides superior traction in loose soil, mud, and rocky terrain. The robust bias-ply construction ensures exceptional cut and impact resistance, while the reinforced sidewalls enhance stability under extreme loads. Suitable for quarries, construction sites, and earth-moving operations, the EL36 delivers durability and puncture protection in harsh environments. Its wide footprint distributes weight evenly, reducing ground pressure and improving flotation on unstable surfaces.