You are here: Home » Knowledge Center
  • Ceramic Brake pads have very low thermal attenuation. Despite the first-generation ceramic merchandise of M09 material or the fourth-generation Ceramic restraint of TD58, it will still make sure that the vehicle includes a smart braking performance to make sure safety, and therefore the thermal attenuation of the restraint is tiny. Next, let's take a look at the performance of Ceramic Brake pads. Here are some answers.
  • How to replace Non-asbestos Brake pads?The friction block is composed of friction material and adhesive. It is squeezed on the brake disc and the brake drum to generate friction during braking, to achieve the purpose of vehicle deceleration and braking.
  • Material composition and function of Ceramic Brake padsBrakes are an important guarantee for vehicle travel. The long-term use of ordinary brakes will have a layer of enamel inside which can easily cause the vehicle to fail to stop, the brakes have abnormal noises, etc..
  • Brake drums are equipped with brake shoes, however, most of the people sit down with constraint as constraint and brake shoes. Therefore, "disc brake pads" are used to specify that the brake pads are installed on the disc brake, not the brake disc.
  • Knowledge introduction and advantages and disadvantages of Semi-metallic Brake padsToday, the editor is introducing Semi-metallic Brake pads. So what do you know about Semi-metallic Brake pads? When buying a car in the auto market, Semi-metallic Brake pads are also important knowledge to know.
  • Automobile brake pads are mainly divided into the following categories: asbestos brake pads (basically eliminated), Semi-metallic Brake pads, less metal brake pads, NAO formula brake pads, ceramic brake pads, NAO ceramic brake pads.
CONTACT US
              
+86 13928892112
    8620-36278400
   2774350600
              
+86 13928892190
winson_ifk
SUBSCRIBE
  Menkou Mountain Qu Dong Cun, TaiPing Town,Conghua, Guangzhou, China
copyright © 2021 IFK All Rights Reserved Technology by leadong.com