As industries evolve, the need for adaptable equipment becomes essential. Discover how the Samson OB-502 meets the challenge, offering great versatility and efficiency for a wide range of industrial jobs. It features a specialized tread pattern combined with a robust construction to handle the high demands of industrial jobs.
Starting off, the Samson OB-502 features a non directional tread pattern that ensures excellent traction and balance in a wide range of conditions. The wide blocks provide grip and handling accuracy at all times, offering crisp control of the vehicle. Moreover, the open shoulders combat heat buildup during long work hours, thus increasing tread life and reducing uneven wear. Aside from that, the shoulders enhance the cornering ability, making it easier and safer to take sharp turns, especially under load pressure. The deep grooves expel water, mud, and debris from the patch to reduce the risk of slipping or clogging in tough weather conditions.
What's more, the modern rubber compound of the Samson OB-502 lowers fuel usage for maximum efficiency. It also has high resistance to chips and cuts, promoting a long service life. The tire's robust sidewalls shield the rim from lateral impacts, thus preventing downtime and costly repairs. In addition, they upgrade the load capacity and allow a single tire to support up to 14,300 lbs, depending on size. A tubed build adds another layer of protection against deep cuts and punctures, further increasing durability against external factors. Finally, this model is available on the US market in a wide range of sizes, including rim diameters of 8", 9", 10", and more.
Features and benefits
- Tough industrial tire designed for many types of operations.
- Non directional tread pattern offers great traction in forward and reverse movement.
- Deep grooves expel ground parts from the footprint to reduce the risk of clogging.
- Reinforced sidewalls protect the rim from damage and upgrade the load capacity.
- Modern rubber compound cuts fuel usage and minimizes wear.
