Shimano brake cable end Y62098040 1 pc. (Y62098040)

Shimano brake cable end Y62098040 Alu 1 pc. is an essential component for any cyclist who cares about the precise operation of their braking system. The product has been designed to ensure reliability and durability, and its aluminium construction guarantees lightness and resistance to corrosion. With a diameter of 1.6 mm, the end fits perfectly with most standard brake cables, providing versatility in application.

High material quality

The Shimano brake cable end Y62098040 Alu 1 pc. is made from high-quality aluminium, making it exceptionally resistant to various weather conditions. The aluminium it is crafted from not only ensures lightness but also exceptional strength, which is crucial for braking system components. This means you can count on long-lasting and trouble-free operation of the product.

Precise fit

The Shimano brake cable end Y62098040 Alu 1 pc. features a precise fit for cables with a diameter of 1.6 mm. This specification ensures perfect compatibility with various bike models, which is important for users looking for versatile and universal solutions. Thanks to the precise fit, the installation of the end is quick and simple, significantly facilitating brake maintenance.

Durability and reliability

The Shimano brake cable end Y62098040 Alu 1 pc. is an example of a product that combines durability and reliability. Thanks to the use of aluminium and precise construction, this product is resistant to mechanical damage and external factors. Such a level of reliability translates to safe and effective braking, which is crucial for riding comfort.

Shimano brake cable end Y62098040 Alu - features:

• Made from high-quality aluminium ensuring lightness and resistance to corrosion;
• Diameter of 1.6 mm providing compatibility with most standard brake cables;
• Precise fit allowing for quick and easy installation;
• Resistance to various weather conditions and mechanical damage;
• Versatility in application across different bike models;
• Safe and effective braking due to the reliability of the design.