Recyclable Material General Belt Conveyor

Product Introduction

The Recyclable Material General High-Angle Belt Conveyor is a core conveying device specifically designed for the renewable resource industry, widely used in the feeding, transferring, elevating, and sorting stages of various recyclable waste materials. The equipment uses a green PVC conveyor belt with transverse cleats, combined with a high-strength steel structure frame and modular drive system, capable of stably conveying bulk, lump, bagged, and other forms of recyclable materials under high-angle (0-35°) conditions, completely solving the problems of material slipping and spillage that occur with ordinary flat belt conveyors during high-angle conveying.

The overall equipment adopts industrial-grade design standards. The frame is manufactured from high-quality Q235 steel plate through bending and welding, with anti-corrosion and anti-rust surface treatment, capable of adapting to the harsh environment of renewable resource processing workshops with high dust, high humidity, and highly corrosive materials. The drive unit uses a well-known brand reduction motor, operating smoothly with low noise and low energy consumption, equipped with multiple safety devices including overload protection, emergency stop, and belt deviation alarm, ensuring long-term reliable equipment operation.

This conveyor handles a broad range of common recyclable materials, including waste paper, waste plastic, scrap metal, waste glass, textile waste, and kitchen waste. Conveying capacity can be customized to customer requirements. Its modular design allows the length, angle, and height to be adjusted to the available plant space, while supporting integration with upstream and downstream equipment such as crushers, sorters, and balers in automated recyclable-material processing lines.

Key Advantages

• High-Angle Space-Efficient Conveying: Maximum conveying inclination angle reaches 35°, saving over 60% of factory floor space compared to ordinary flat belt conveyors, particularly suitable for renewable resource processing workshops with limited ceiling height and compact space, effectively reducing factory construction costs.

• Full-Length Belt Tray: The conveyor belt bottom is equipped with a belt tray, adaptable for manual sorting or use with optical sorters.

• Modular and Universal Design: The entire machine adopts a standard modular structure, with frame, drive unit, conveyor belt, idlers, and other components all being universal parts, shortening installation and commissioning cycles and facilitating later maintenance and replacement, significantly reducing equipment maintenance costs.

• Durable and Long-Lasting: The PVC conveyor belt uses high-strength polyester fiber core with wear-resistant layer thickness ≥5mm, achieving a service life of 3-5 years. The idlers use sealed bearing structures with excellent dust-proof and waterproof performance, maintaining stable operation even in high-dust environments. PVC raw material is readily available with production costs lower than rubber, PU, and other materials, and is lighter in weight, reducing conveyor drive load and further saving operational energy consumption.

Technical Specifications

Application Scenarios

• Municipal Solid Waste Resource Recovery Center: Feeding, transferring, and elevating for recyclable material sorting lines

• Renewable Resource Recovery Base: Centralized conveying and classified transfer of waste paper, waste plastic, and scrap metal

• Waste Paper Baling Plant: Feeding of waste paper raw materials, post-crushing conveying, and pre-baling buffer

• Waste Plastic Processing Line: Conveying and sorting of plastic bottles, plastic film, and plastic fragments

Application Cases

A large-scale renewable resource industrial park in Nantong built a new mixed recyclable material sorting center, purchasing a total of 9 units of this series of recyclable material general belt conveyors for feeding, transferring, and graded elevating of multiple material types including waste ton bags, waste film, waste cardboard boxes, scrap metal, and waste plastic. All equipment was configured with 5mm thick wear-resistant PVC conveyor belts, perfectly handling complex material conditions such as resilient plastic film and manual sorting. The high-angle design significantly saved workshop space. Since commissioning, the equipment has operated continuously and stably without material spillage or belt breakage, with overall sorting line efficiency significantly improved, receiving high recognition from the customer.