The Samson Industrial Super EXS (OB-501) is a reliable tire designed for industrial service. This model features a modern design combined with a durable build to handle the harshest conditions. Available in a wide range of sizes from 8" to 20" rim diameters, this tire fits many industrial loader models and ensures versatility across various demands.
Features and Benefits of Samson Industrial Super EXS (OB-501)
- Premium rubber compound ensures longevity
- Innovative tread design maximizes traction
- Deep grooves boost the self cleaning ability
- Rigid sidewalls elevate the load capacity
- Special rim guard offers protection from lateral impacts
- Tubed structure adds an extra layer to increase puncture resistance
Firstly, the Samson Industrial Super EXS (OB-501) features a non directional tread pattern that increases surface contact and traction in various conditions. The large blocks create plenty of biting edges with the ground, smoothly propelling the vehicle forward. In addition, the open shoulder design adds extra lateral traction, helping you take sharp turns with ease. Thanks to its shoulder grooves, this model has a stronger self cleaning ability. The deep channels expel water, mud, and debris from under the patch to reduce the risks of clogging or slipping. Also, they combat heat buildup during longer work hours to avoid premature wear.
Moving on, the Samson Industrial Super EXS (OB-501) has special rim guards on the sidewalls that raise lateral durability. They protect the rims from impacts that might cause downtime and ruin productivity. What's more, the sidewalls upgrade the weight capability, allowing a single tire to lift up to 21,700 lbs, depending on size. With its premium rubber compound, this model has high resistance to chips and cuts. Equally important, the complex formula lowers the rolling resistance, ensuring better fuel efficiency for the vehicle. At last, this tire benefits from a tubed build that adds an extra layer of protection against deep cuts and punctures. With its solid carcass, it is also less prone to failure.
