The new generation of high-performance quick-freezing mesh belts, safeguarding food quality and safety with technology

Innovatively launched its new generation of high-performance quick-freezing mesh belts. This product is specially designed for harsh low-temperature environments such as spiral quick-freezing machines and tunnel quick-freezing machines. Through comprehensive upgrades in materials, structure and hygiene design, it effectively solves the industry problems of traditional mesh belts being prone to cracking, adhering to products and having difficult hygiene control at ultra-low temperatures. It provides an efficient, stable and safe conveying solution for the quick-frozen food, aquatic products and ready-to-eat food industries.

During the quick-freezing processing, the mesh belt needs to operate continuously in an extremely cold environment ranging from -35℃ to -50℃ for a long time and bear huge mechanical loads. Under such conditions, ordinary mesh belts are prone to brittle fracture due to insufficient material toughness. Meanwhile, food residues are easily adhered to the surface, which not only leads to product loss but also becomes a breeding ground for microorganisms, seriously threatening food safety. Frequent cleaning and replacement also significantly increase operating costs.

Facing this series of challenges, the new generation of quick-freezing mesh belts has achieved three core breakthroughs:

Outstanding toughness in extremely cold environments: Made of specially formulated ultra-low temperature impact-resistant modified plastics or stainless steel materials, their molecular structure can still maintain extremely high toughness and fatigue strength in extremely cold conditions. Even under severe start-stop and shock conditions, it can effectively prevent the mesh belt from cracking and ensure the continuous and stable operation of the production line.

Outstanding anti-stick and easy-to-clean properties: The surface of the mesh belt has undergone special mirror polishing and anti-stick coating treatment, forming a non-stick interface with extremely low surface energy. This enables easily and completely separated easily sticky products such as fish, shrimp and pastries, significantly reducing the product damage rate and residue adhesion. The one-piece formed structure avoids crevices and dead corners, supports direct flushing with high-pressure water guns, greatly improves cleaning efficiency, and meets the strict requirements of food safety systems such as HACCP.

Low-friction and energy-saving design: The optimized mesh belt structure ensures smooth and low-friction operation on the track. This not only reduces the load on the drive motor, achieving energy conservation and consumption reduction, but also effectively lowers the risk of micro-chip contamination caused by friction, safeguarding the purity and safety of food from the source.