Shenzhen Guangya Automation Equipment Co., Ltd. was established in 2016, focusing on the design and manufacturing of stainless steel mesh belts, mesh chains, stainless steel chains, and various automation equipment accessories. The workshop is equipped with various types of processing equipment, including automated lathes, punching machines, milling machines, and CNC cutting and folding equipment. The mesh belt has high processing accuracy and standardized production procedures, which can meet a daily production capacity of 500 meters. Our self operated chain factory can produce all standard specifications of stainless steel roller chains and coated chains, and can also customize according to drawings. All products can be processed according to different materials, such as carbon steel, low-carbon steel, stainless steel SUS201, SUS430, SUS304, SUS310/310S, SUS314, SUS316/SUS316L, etc. All materials meet the national standard inspection requirements and material reports can be provided. Guangya Company is based in Shenzhen, with a sales network covering the Pearl River Delta. Its products are distributed throughout the country and exported to regions such as Africa, Europe, Southeast Asia, and North America. The company has passed the SGS ISO 9001:2008 international quality management system certification, with strong research and development capabilities, and can quickly provide customers with mature and reasonable solutions. The stainless steel metal mesh belt and chain series products independently produced by the company fully meet the needs of industrial production, with a complete range of types and excellent quality, making them highly competitive products in the market. In recent years, our company has focused on the market and the future, continuously improving our varieties and specifications. We have now developed into a one-stop supplier of various stainless steel conveyor belts and supporting transmission accessories. The company will serve you wholeheartedly with a more professional and international development model.