Braking

BRAKING SYSTEM TO BE ON THE SAFE SIDE When braking in a real-case scenario, it comes down to every centimetre. Therefore, the product range of febi bilstein in the field of braking systems consists exclusively of OE matching quality articles. The wide assortment ranges from brake pads and discs to brake hoses and wheel cylinders. Safety has always top priority: The certified quality management of febi bilstein tests the offered brake components for various requirements and loads. In this way, and are an active contribution to road safety. The material quality of all components is crucial for the safe functioning of the braking system. Thus, brake discs must be uncompromisingly safe and durable to ensure a 100% braking effect under all driving conditions. This is why brake discs are exactly manufactured by febi bilstein. Compliance with production tolerances is self-evident in production. This is the only way to ensure optimum braking effect. The material of the brake discs is geared towards a balance of performance, driving comfort and longevity. The wide range of high-quality brake discs from febi bilstein also includes those with ventilation and coated surfaces. Brake pads from febi bilstein have reduced bedding in period thanks to brake pads being scorched. Through "scorching" an immediate braking performance is already ensured during production. In this method, the surface of the brake pads is heated to 650° C. under high pressure, so that the uncured components (residual gases) are eliminated. Without scorching, there is a risk that the brake linings will overheat during heavy loads and lose their braking effect. To ensure consistent quality, all brake pads are certified by febi bilstein according to ECE R-90, a procedure mandatory in the EU, in which the braking performance of brake pads is tested. This creates trust and makes low- quality cheap imports easy to recognise. PERFECT PAIR OUR BRAKE PADS AND BRAKE DISCS ARE PERFECTLY MATCHED TO EACH OTHER. USED IN COMBINATION, THIS MEANS Friction stability over a very wide temperature range Best mechanical strength and dimensional stability Strict compliance with mandatory limits Optimised and appropriate wear behaviour of all brake pads and discs