Zhisheng Shoe Technology (Suzhou) Co., Ltd

Zhisheng Shoes Technology is a scientific and technological innovation enterprise that focuses on R&D, production, and marketing in the field of clean and dust-free electrostatic human foot protection technology. We are a team of passionate individuals driven by a common goal: To engineer footwear that not only protects but enhances the wearer′s experience. Our company′s foundation rests on principles of innovation, sustainability, and customer satisfaction.

With a high sense of responsibility and a pragmatic attitude, Zhisheng Shoes Technology has won the trust of many professional customers. Zhisheng Shoes mainly provides customers with clean room foot protection, anti-static foot protection and other products, mainly for the electronics semiconductor, food and pharmaceutical, new energy battery, power, new material application and other industries. According to the customer′s usage scenario, we help customers with design, proofing, manufacturing and other services. The factory has automated production lines and professional production technicians. We are committed to developing forward-looking technologies to meet the ever-evolving needs of our customers. With our extraordinary creativity, we seek common development with our customers.

Unlike traditional shoes, our dust-free footwear is meticulously crafted using advanced materials and techniques. We understand the importance of maintaining a clean environment, especially in sensitive settings such as laboratories, clean rooms, or sterile manufacturing facilities. Our shoes are designed to minimize the risk of contamination by effectively trapping dust particles and preventing them from dispersing.

We are committed to excellence in every aspect of our business, from product design to customer service. Our team continuously strives to innovate and improve our offerings to meet the evolving needs of our customers. With a focus on sustainability, we also prioritize eco-friendly practices throughout our manufacturing process.