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1. High-Strength Mesh Belt Structure
The 1270 conveyor is constructed with a premium-grade stainless steel mesh belt, offering exceptional tensile strength and resistance to high temperatures and corrosion. This robust design ensures stable transmission of heavy loads and long-lasting durability, significantly reducing the frequency of belt replacement and maintenance downtime in continuous production lines.
2. Intelligent Variable Speed Control System
Equipped with an advanced variable frequency drive, the machine allows users to freely adjust the conveying speed to match specific production processes such as drying, cooling, or cleaning. The control interface provides real-time speed monitoring and overload protection, ensuring precise material flow and seamless integration with upstream and downstream equipment.
3. Optimized Structural Design for Versatility
Featuring a modular and flexible design, the 1270 mesh belt conveyor can be customized in width and length to suit various industrial applications. Its open-frame construction facilitates easy cleaning and maintenance, while the smooth running surface ensures gentle handling of products, making it ideal for food processing, electronic components, and packaging lines.
4. Long-Time Steady Operation Under Harsh Conditions
Engineered for heavy-duty performance, the conveyor is equipped with high-quality bearings and a sealed transmission mechanism to withstand dust, moisture, and extreme temperatures. It supports 24/7 long-time steady running with low noise and minimal energy consumption, providing a reliable and cost-effective solution for modern automated factories.
Product Uses
1. The 1270 mesh belt conveyor is widely used in food processing lines for tasks such as drying, baking, and freezing. Its high-strength, food-grade stainless steel mesh belt ensures direct contact with food is safe and hygienic. The variable speed control allows for precise adjustment of residence time inside ovens or coolers, ensuring uniform processing of snacks, seafood, or vegetables while maintaining strict hygiene standards.
2. In the electronics industry, this conveyor is ideal for transporting delicate components through cleaning, curing, or cooling processes. The smooth and stable mesh surface prevents vibration and damage to sensitive parts like circuit boards or connectors. Its durable design withstands the high temperatures of solder reflow ovens and provides a reliable platform for automated assembly lines requiring long-time steady running.
3. For packaging lines, the 1270 conveyor system facilitates the efficient movement of cartons, bags, and finished goods between sealing, coding, and sorting stations. The open mesh structure allows for air circulation, making it suitable for cooling packaged items or for use in wash-down environments. Its customizable width and length enable seamless integration with ink-jet printers and case sealers, optimizing overall logistics efficiency.










The 1270 mesh belt is a perforated modular plastic belt designed for conveying applications that require airflow, liquid drainage, or visual inspection through the belt surface. It features a 12.7 mm pitch and a grid-style open area pattern across each module.
Each module is injection molded from acetal (POM) or polypropylene (PP) resin. Modules interlock along the width and are connected by hinge rods to form a continuous belt of specified dimensions. The belt engages with toothed sprockets for positive drive transmission. The perforated structure allows air and liquid to pass through the belt plane.
Parameter | Specification |
Belt pitch | 12.7 mm |
Belt type | Perforated mesh / modular grid |
Material options | Acetal (POM) / Polypropylene (PP) |
Drive type | Positive sprocket drive |
Hinge rod material | Stainless steel / Plastic |
Surface pattern | Grid perforation |
Open area function | Airflow, drainage, visual inspection |
The 1270 mesh belt has a pitch of 12.7 mm. This dimension must match the sprocket tooth spacing for proper drive engagement.
The belt is available in acetal (POM) for general industrial applications and polypropylene (PP) for applications requiring enhanced chemical resistance. Food-contact compatible grades of both materials can be specified for food processing use.
Yes, the grid perforation pattern allows liquid and air to pass through the belt plane. This feature supports washing, draining, cooling, and drying processes in production lines.
The belt uses positive sprocket drive, where toothed sprockets engage with the underside of the belt modules. This drive method prevents slippage and maintains consistent belt speed during operation.
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