WICKED ABEC 9 guoliai 16 vnt. 310061 (310061)

The WICKED ABEC 9 bearings, 16 pcs, are designed for demanding users seeking the highest precision and smooth rotation while riding. The set includes 16 bearings that guarantee advanced performance due to the use of carefully selected materials and technology.

Precise ABEC-9 class

The ABEC-9 bearing class signifies minimal rolling resistance and exceptionally precise construction, translating to very smooth movement and high work efficiency. The WICKED ABEC 9 model is designed for intensive use, where every detail concerning wheel rotation matters. Such a high class ensures that the bearings perform excellently in both recreational and sports riding.

Chromed steel and polyamide construction

The bearings are made from chromed steel, which provides high resistance to wear and precise dimensional tolerance maintenance. The spacer elements made of polyamide increase the durability of the mechanism while simultaneously reducing weight and friction. The combination of these materials results in stable and reliable operation even under intense loads.

Standard size and completeness of the set

The bearings have a standard size of 608.0, making them compatible with most wheels for skates, skateboards, and scooters available on the market. The set includes 16 pieces, allowing for a complete replacement of all bearings in a typical wheel set. This solution simplifies servicing and ensures uniform rolling quality throughout the equipment configuration.

WICKED ABEC 9 bearings, 16 pcs - features:

• Set of 16 precise bearings for skates and skateboards;
• ABEC-9 bearing class ensuring minimal rolling resistance;
• Durable chromed steel construction with high resistance;
• Polyamide elements guaranteeing low weight and strength;
• Standard size 608.0 compatible with most wheels;
• Designed for intensive and dynamic use;
• Stable operating parameters even under heavy loads;
• Uniform rolling quality due to the complete set;
• Easy installation and replacement in popular wheel systems.