About ChangDa

Zhejiang Changda Automobile Part Making Co., Ltd. was founded in 2006. It specializes in the production of drum brake linings, disc brake pads, light/ medium and heavy brake shoe assemblies, and forklift clutch assemblies. It has a series of brand products of Changda, Shunyi, Fujun, Shengda, and Daliya, which have been sold to more than 30 countries and regions around the world. WVA29087 Suppliers and Factory in China. The total investment is 53 million yuan, covering an area of 46000 square meters, including 26000 square meters in the main factory area and 20000 square meters in the branch factory area. The product has passed IATF16949, EU R90 product quality management system certification, American Motor Vehicle Manufacturer Certification service agency AMECA product certification, American Green Testing Center DOT/FMVSS 121D, and South Africa SABS VC8503 testing recognition. Through advanced design and manufacturing, as well as a comprehensive management system, product quality has been reliably guaranteed. We sincerely welcome communication and cooperation with domestic and foreign manufacturers.
  • 2005

    Company founded

  • 53million

    Investment amount

  • 46,000

    Covering area

  • 30+

    Covering countries

Zhejiang Changda Automobile Part Making Co.,Ltd.
Zhejiang Changda Automobile Part Making Co.,Ltd. Company Video Overview

Auto Parts Manufacturing Industry One-Stop Solution

Specializing in the production of automotive drum brake linings, disc brake linings, light and heavy brake shoe assembly and forklift clutch assembly.

Zhejiang Changda Automobile Part Making Co.,Ltd.
  • Complete product specifications

    Matching global drum brake vehicle modes over than 90%, the company currently has models of light, medium, and heavy drum brake linings, heavy disc brake linings, and brake shoe assemblies with over a thousand specifications.

  • Fast delivery cycle

    .Supply Custom WVA29087. The monthly production capacity is 120000 sets. With the support of advanced CNC batching systems, weighing bag systems, mold hot forming processes, and grinding assembly lines, we can satisfy customers' various delivery requirements.

  • Quick response ability

    For irregular specifications and samples provided by customers, we can provide solutions within one week and we will support and match sample customization. WVA29087 Factory

  • Strong quality control

    Our product has passed and got the product quality management system certification as IATF16949, EU ECE R90, the testing certification of American motor vehicle manufacturer certification service agency AMECA, American Green Testing Center DOT/FMVSS 121D, and South Africa SABS VC8053.

Certificate Of Honor


Product Knowledge

Is there a specific temperature range within which WVA 29087 performs optimally?
The performance of WVA 29087 Truck Parts Drum Brake Lining is closely tied to temperature considerations. Ensuring that the brake lining operates within its optimal temperature range is crucial for maintaining effective braking performance and longevity.
WVA 29087, like many brake linings, is designed to function optimally within a specific temperature range. This range is typically determined by the materials used in the construction of the brake lining and the intended application. The goal is to strike a balance between efficient braking and preventing excessive wear or damage to the lining.
The optimal temperature range for WVA 29087 is generally centered around the range of temperatures generated during normal braking conditions. Brake linings, including WVA 29087, are engineered to withstand the heat generated during braking without compromising their integrity. This temperature range is influenced by factors such as the speed of the vehicle, the weight it carries, and the frequency and intensity of braking
Operating the WVA 29087 within its designated temperature range not only ensures optimal braking performance but also contributes to the overall safety and reliability of the braking system. Exceeding the recommended temperature range may lead to accelerated wear, reduced braking efficiency, and potential damage to the brake lining.