7705 Type Flat Chain Mesh

The 7705 Type Flat Chain Mesh is a modular plastic conveyor belt constructed from interlocking engineering plastic modules—such as HDPE, PP, or POM—secured by transverse hinge pins. This specific model features a fully closed, smooth top surface that eliminates gaps, providing a continuous and stable support plane for conveyed items. The underside integrates precisely engineered sprocket engagement pockets to ensure synchronous and reliable power transmission.

Technical Features and Advantages

Surface Flatness and Stability: The solid flat-top design prevents small or irregularly shaped products from tipping or snagging during transit, ensuring consistent material flow.

Modular Assembly Flexibility: The brick-lay assembly pattern allows for flexible width configurations tailored to specific conveyor frames. In the event of localized wear, individual modules can be replaced independently, reducing overall maintenance expenditures.

Low Friction and Corrosion Resistance: The plastic composition offers inherent chemical stability against acids, bases, and moisture. Additionally, its low coefficient of friction minimizes energy consumption and operational noise.

Hygiene and Ease of Cleaning: The non-porous, smooth surface prevents debris accumulation and complies with strict sanitary standards, facilitating rapid cleaning using water or standard industrial detergents.

Primary Application Areas

Food and Beverage Processing: Extensively utilized in meat processing, bakery cooling lines, beverage bottling, and fruit/vegetable sorting.

Packaging Automation: Implemented in systems for conveying and merging cardboard boxes, shrink-wrapped products, and lightweight containers.

Pharmaceutical and Chemical Industries: Suitable for pharmaceutical packaging and cosmetic production lines requiring high levels of environmental cleanliness.

Electronics and Precision Manufacturing: Deployed in workstations requiring stable transport of delicate components or anti-static properties (via specific material modifications).