Overview

The Double Coin REM-17 radial design promotes optimum performance, wear, and stability in industrial lug and port environments. This tire is engineered with special tread compounds to fight rapid wear and enhance traction in all port applications — specifically addressing the two dominant wear mechanisms at container terminals: high-load abrasion on concrete surfaces and lateral scrubbing during tight-radius turns under loaded conditions.

The flat, wide tread face provides exceptional stability for high-lift operations. When a reach stacker lifts a loaded 40-foot container to the fifth tier of a stack, any tire squirm or lateral movement at ground level is amplified into dangerous sway at height. The REM-17's broad contact area and stiff radial casing minimize this movement, improving both operator confidence and cycle times in high-throughput terminal operations.

Why This Tire Matters

Port tire costs are driven by hours-to-removal, and hours-to-removal is driven by two factors: how fast the tread compound wears under sustained heavy loading, and how well it resists lateral scrubbing during every container handler turn. The REM-17's compound formulation and wide tread face address both factors simultaneously.

For port operators running two- or three-shift container handling operations where tire downtime directly impacts vessel turnaround times, the REM-17's combination of scrub-resistance, high-lift stability, and cool-running durability makes it a calculated fleet investment rather than a commodity tire purchase.

Key Features

• Flat, Wide Tread Face — broad contact area provides optimum performance, wear, and exceptional stability for high-lift container stacking operations
• Special Tread Compounds — engineered to fight rapid wear and enhance traction in all port applications — resists both high-load abrasion and lateral scrubbing
• Exceptional Stability — wide tread and stiff radial casing reduce lateral movement — critical for safe, efficient high-lift container handling
• Cool-Running Radial Design — dissipates heat efficiently during sustained multi-shift duty cycles — prevents thermal degradation in high-utilization port environments

Specifications