Dongguan Yuntong Environmental Protection Technology Co., Ltd
Dongguan Yuntong Environmental Protection Technology Co., Ltd, based in Dongguan, China, is engaged in the development, manufacture, and sale of waste tire recycling equipment. The company emphasizes self-research and development, offering customized machine solutions and tailored recycling project plans to meet customer requirements. Since 2002, Yuntong has focused on advancing waste tire recycling technology through a dedicated team of engineers, skilled technicians, and a robust sales and management staff, complemented by collaborations with related universities.
A notable aspect of Yuntong’s technology is its ambient-temperature process to convert waste tires into fine rubber powder, a development the company highlights as addressing global challenges in tire recycling. Over the years, Yuntong has accumulated nine national patents, including two invention patents and seven practical new patents, underscoring its emphasis on innovation and technical capability.
Yuntong’s equipment is positioned as highly automated with reduced labor requirements, reliable quality, longer blade life, and lower maintenance costs. The systems are described as having complete purifying devices, minimizing health risks to workers and reducing environmental pollution, while also aiming for lower energy consumption and a compact footprint.
The company is recognized for its reputation and operational track record, and it has participated in the drafting of Chinese national standards related to waste tires recycled into rubber powder at ambient temperature (GB/T26963.1-2011, GB/T26963.2-2011, GB/T26731-2011). Yuntong has also earned the National High- technology Enterprise certification, reflecting its status within China’s technology-driven manufacturing landscape.
Yuntong expresses openness to visitors, communication, and collaboration, signaling a commitment to continuous development of waste tire recycling equipment and to enabling customers to achieve greater profitability through its solutions.
