Anti-Slip Technology

Engineered for Better Tire-to-Wheel Grip

USUS Anti-Slip Technology uses precision knurling on the inner bead area to help improve contact between the tire and wheel. The textured surface is designed to reduce tire movement on the rim under acceleration, braking, cornering, and high-load driving conditions.

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USUS Anti-Slip Technology
Precision Knurling Process

Precision Knurling Process

Machined for Consistent Grip Performance

The anti-slip pattern is created through controlled CNC machining to maintain consistent depth, pitch, and surface sharpness. This helps create a reliable friction surface while preserving the structural integrity of the wheel and bead seat area.

Exact Pattern Depth
Exact Pattern Depth
Consistent Pitch Spacing
Consistent Pitch Spacing
Sharp Contact Surface
Sharp Contact Surface
CNC-Controlled Accuracy
CNC-Controlled Accuracy

Functional Bead Seat Design

Built Where Grip Matters Most

The knurled area is applied to the inner bead seat, where the tire contacts the wheel. This area plays an important role in maintaining tire position during high torque, hard braking, aggressive cornering, and repeated load changes.

Functional Bead Seat Design

Performance Benefits

More Grip. More Stability. More Control.

USUS Anti-Slip Technology helps improve tire stability on the wheel, especially under high-performance driving conditions where torque, braking force, and lateral load can cause tire movement.

Improves Tire-to-Wheel Grip
Improves Tire-to-Wheel Grip
Helps Reduce Tire Slip on the Rim
Helps Reduce Tire Slip on the Rim
Supports Stability Under High Load
Supports Stability Under High Load
Improves Control During Acceleration and Braking
Improves Control During Acceleration and Braking
Designed for Performance and Track-Oriented Use
Designed for Performance and Track-Oriented Use
Precision Manufacturing by USUS

Precision Manufacturing
by USUS

Anti-slip performance depends on more than adding a rough surface to the wheel. The knurled bead seat must be manufactured with accurate positioning, consistent surface depth, and controlled texture to support proper contact between the tire bead and the wheel.

At USUS, the anti-slip bead seat area is engineered as part of the wheel structure, not treated as a decorative finish. The pattern is applied to the correct contact zone where the tire bead sits, helping increase mechanical grip between the tire and rim during acceleration, braking, and cornering.

Each detail must be controlled during production, including bead seat geometry, surface consistency, rim roundness, and final finishing. This ensures that the anti-slip area supports tire stability without compromising mounting accuracy, air sealing, or overall wheel balance.

For performance fitment, precision matters. A properly manufactured anti-slip bead seat helps reduce tire movement on the rim under high load while maintaining the fitment quality, safety, and refined finish expected from USUS wheels.