Witness the fusion of innovation and resilience with the Samson E-3/L-3, crafted to meet the demands of heavy duty industrial jobs. This model boasts a robust casing that withstands heavy loads and resists punctures, ensuring high productivity and longevity.
Primarily, the Samson E-3/L-3 features a wide footprint that evenly distributes load stress on the surface. Combined with the robust sidewalls, this allows a single tire to withstand up to 56,800 lbs, depending on the size and PSI. Also, a tubeless build secures a confident fit around the wheel to prevent pressure loss via air leaks. Moreover, the reinforced sidewalls protect the rim from potential lateral impacts that could lead to downtime. Moving on, the strong internal build resists deep cuts and punctures, promoting retreads and longevity. The non directional tread pattern offers the best traction in forward or reverse movement. Specifically, the deep lugs improve grip by creating many biting edges with the surface.
What's more, the Samson E-3/L-3 has special tie bars that bind the blocks together to combat deformation under massive load stress. Besides, the wide lateral grooves evacuate debris, mud, and other ground parts from the footprint to reduce the risk of slipping in harsh conditions. An open shoulder design adds extra lateral traction and enhances the cornering ability to help you take sharp turns with ease. The complex rubber compounds resist wear and tear, promising a long service life. Also, the rubber formula minimizes the rolling resistance to boost fuel efficiency. At last, this model is available on the US market in many sizes ranging between 25" and 29" rim diameters.
Features and benefits
- Tough industrial tire optimized for heavy duty operations.
- Wide channels keep the footprint clean of mud, debris, and other ground parts.
- Special tie bars prevent deformation under high load pressure.
- Non directional tread pattern offers the best surface contact and traction in harsh conditions.
- Large footprint evenly spreads load stress on the surface to upgrade the weight capacity.
