Samson 12.00-20 Industrial Super EXS (OB-501) Tires

Experience unmatched durability and reliable performance with the Samson 12.00-20 Industrial Super EXS (OB-501) tire. Engineered specifically for demanding industrial applications, this heavy-duty tire is the optimal choice for forklifts, material handlers, reach stackers, and other equipment operating in construction sites, warehouses, and port environments. It delivers steadfast performance where toughness and operational efficiency are paramount, ensuring your machinery stays productive.

The robust tread design ensures exceptional traction and stability across varied surfaces, from concrete to unpaved gravel. Operators will appreciate the dependable grip in both dry and challenging wet conditions, providing enhanced control and safety when maneuvering heavy loads. Its superior carcass construction further contributes to confident handling and consistent cornering stability, even under the most substantial weight.

Built to withstand the harshest operating conditions, the Super EXS boasts an extended tread life and outstanding resistance to cuts, chips, and abrasions common in industrial settings. This tire is engineered for reliable, year-round service, ensuring your equipment remains productive regardless of the season or task.

While prioritizing maximum resilience, this tire is also designed to minimize operator fatigue through a stable, predictable ride that absorbs operational impacts effectively.

Key Features & Specifications

• High Load Capacity: Specifically engineered for heavy industrial machinery.
• Optimized Speed Rating: Designed for safe and efficient worksite operating speeds.
• All-Season Capability: Reliable performance in diverse weather and surface conditions.
• Deep, Aggressive Tread: Provides exceptional traction and extended wear life.
• Heavy-Duty Bias-Ply Construction: Ensures maximum durability and puncture resistance.

Equip your industrial fleet with the Samson Industrial Super EXS for unparalleled performance and unwavering reliability.