Brake pads

Buying advice for: Bicycle brakes: Brake pads

• Brake pad types

  Brake pads are a central component of brake systems and can be divided into three main categories: organic, sintered and ceramic brake pads. Organic brake pads consist of a mixture of fibres and resins that are pressed together. They offer good braking performance in dry conditions and are often quieter in operation. Sintered brake pads are made from metal particles that are fused together under high pressure and heat. They are particularly durable and offer excellent performance in wet and muddy conditions.

• Brake pad brand

  There are numerous renowned brands that produce high-quality brake pads. Shimano and SRAM are leaders in the field of bicycle brake pads. Shimano offers a wide range of brake pads for various applications, from everyday riding to high-performance mountain biking. SRAM is known for its durable and powerful brake pads that work reliably in a variety of conditions. In the automotive sector, brands such as Brembo and Bosch are prominent. Brembo is known for its high-performance brakes, which are used in many sports cars and racing vehicles, while Bosch offers a wide range of brake pads for different types of vehicles and applications.

• Materials and workmanship

  The materials and workmanship of brake pads are critical to their performance and durability. Organic brake pads consist of materials such as Kevlar, rubber and glass fibres bound in a resin. Sintered brake pads contain metal particles such as copper, iron and brass, which are pressed together under high pressure. Ceramic brake pads consist of ceramic fibres that are combined with special binders. High-quality brake pads undergo rigorous manufacturing processes to ensure even material distribution and high bond strength, resulting in better braking performance and longer service life.

• Technical features

  The technical characteristics of brake pads include the coefficient of friction, temperature resistance and wear resistance. The coefficient of friction indicates how well the lining can stop the movement of the disc or drum. Higher coefficients of friction mean stronger braking performance. Temperature resistance is particularly important for high-performance brakes, as the brakes can become very hot during intensive use. Brake linings must be able to withstand high temperatures without fading or losing their structure.