Powerslide Infinity II rollerblade wheels 100mm/85A 4 pcs white 905224 (905224)

The Powerslide Infinity II 100 mm/85A wheels (set of 4) provide an excellent balance between speed, grip, and durability for everyday urban or recreational skating. The use of high-quality materials and precise engineering solutions guarantees reliability even under intense use.

PU Polyurethane with Enhanced Resistance

The material used in the Powerslide Infinity II model is PU polyurethane, which is characterised by high wear resistance and excellent vibration dampening properties. This mixture ensures a longer lifespan of the wheels, even when skating on challenging surfaces. Resistance to deformation also translates to stability and predictability during every maneuver.

Hardness 85A and Diameter 100 mm

The wheels have a hardness of 85A, which provides an optimal compromise between grip and rolling speed, necessary for recreational and fitness skating. The 100 mm diameter allows for smooth navigation over uneven surfaces and maintaining a dynamic pace. This specification meets the needs of ambitious users seeking performance without compromises.

Precision Bearings of Size 608

Each wheel is designed to accommodate standard 608 size bearings, ensuring compatibility with a wide range of skates available on the market. This design contributes to smooth rolling and reliability during prolonged use. The set includes four wheels, facilitating a complete replacement of the set on a single pair of skates.

Powerslide Infinity II 100 mm/85A wheels (set of 4) - features:

• The set includes four wheels of the same specification;
• PU polyurethane material with enhanced wear resistance;
• Wheel hardness of 85A providing a compromise between grip and speed;
• 100 mm diameter ensuring smooth skating over uneven surfaces;
• Compatibility with 608 size bearings;
• Stable material blend allowing for long-lasting use;
• Designed for urban, recreational, and fitness skating;
• Confidence in handling even during faster descents;
• Suitable for complete replacement in one pair of skates;
• Technology enhancing resistance to deformation during use.