If you are looking to choose the right tire for your truck, you should keep in mind that the most important features of mixed services are high durability, mileage, and fuel efficiency.
Westlake EZ372 is an innovative all position tire designed especially for mixed services. It provides good characteristics when it comes to traction, grip, durability, and stability even in mining and off road use. This model meets the needs of many dump trucks and ready mixers and other trucks used in severe logging, and mining.
Above all, the Westlake EZ372 comes with a durable all season tread compound molded into a lug tread design. Silica compound provides excellent traction in snow and mud conditions. This model presents independent tread blocks among which massive open shoulders. Therefore, these elements provide ultimate traction on a wide range of surfaces, even off road. In addition, durable casing construction combined with a special tread design with a lot of space between tread blocks minimize the risk of abrasion, and chunking.
It has an extra deep tread (32/32nds) along with a specific logging durable casing structure. Moreover, innovative groove geometry and all new block arrangements ensure rapid water, slush, dirt, and mud expelling from under the tire footprint, for more contact with the road in tough service conditions.
Westlake EZ372 is available in 22.5, and 24.5-inch sizes, with 14 and 16-ply ratings. In conclusion, we can claims that this tire is one of the best tire options for many dump trucks, and ready mix trucks produced by Kenworth, Peterbilt, Volvo, and many other truck manufacturers.
Features and benefits
- High quality all position tire.
- Durable tread compound manages irregular wear and casing damage.
- Open shoulder blocks promote superb traction in snow, mud, and sand.
- Optimized tread pattern improves heat build up, road stability, and optimal weight distribution.
- Revolutionary sidewall design offers a more biting edge.
- Strong stone ejector platforms increase resistance to stone retention.
