Product Introduction
The Universal High-Angle Belt Conveyor for recyclables is a core conveying solution purpose-built for the resource recycling industry, widely applied in feeding, transferring, elevating, and sorting processes for various types of recyclable waste. Featuring a green PVC belt with transverse cleats, a high-strength steel frame, and a modular drive system, it stably conveys bulk, lump, and bagged recyclable materials at steep incline angles (0deg-35deg), thoroughly solving material backsliding and spillage common with standard flat belt conveyors at high angles.
The equipment is built to industrial-grade design standards. The frame is fabricated from high-quality Q235 steel plate via bending and welding, with anti-corrosion and anti-rust surface treatment, enabling it to withstand the harsh environment of recycling processing facilities characterized by high dust, high humidity, and corrosive materials. The drive unit uses a name-brand geared motor, delivering smooth, low-noise, low-energy operation, and is equipped with multiple safety devices including overload protection, emergency stop, and belt misalignment alarm to ensure long-term reliable operation.
This conveyor offers exceptional versatility, capable of handling the vast majority of common recyclables including waste paper, waste plastics, scrap metal, waste glass, textile waste, and kitchen waste, with throughput customizable to customer requirements. The equipment also features a modular design, allowing flexible adjustment of length, angle, and height to suit on-site facility space constraints, and seamlessly integrates with upstream and downstream equipment such as crushers, sorters, and balers. It is an essential foundational asset for building automated recyclable material processing lines.
Key Advantages
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High-Angle Space-Efficient Conveying: With a maximum conveying inclination angle of up to 35deg, it saves over 60% of floor space compared to standard flat belt conveyors, making it particularly suitable for recycling processing facilities with limited ceiling height and compact layouts, effectively reducing facility construction costs.
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Full-Length Belt Tray Support: The belt is supported along its entire length by a belt tray, accommodating manual sorting stations or integration with optical sorters.
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Modular and Universal Design: The entire machine employs a standardized modular structure. The frame, drive unit, belt, and idlers are all standardized components, enabling short installation and commissioning cycles and convenient future maintenance and replacement, substantially reducing equipment O&M costs.
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Durable and Long-Lasting: The PVC belt features a high-strength polyester fiber core with a wear layer thickness of >=5 mm, delivering a service life of 3-5 years. Idlers use sealed bearing construction with excellent dust and water resistance, maintaining stable operation even in high-dust environments. PVC raw material is readily available with lower production costs than rubber, PU, and other materials, and its lighter weight reduces conveyor drive load, further saving operating energy consumption.
Technical Specifications
| Parameter | Specifications |
|---|---|
| Belt Width | 650 mm, 800 mm, 1000 mm, 1200 mm, 1400 mm |
| Max Inclination Angle | 0deg-35deg |
| Rated Throughput | 10-100 m³/h |
| Belt Speed | 0.3-1.2 m/s |
| Motor Power | 3 kW, 4 kW, 5.5 kW, 7.5 kW, 15 kW |
| Max Single-Unit Length | 2-30 m |
| Frame Material | Q235 carbon steel, 304 stainless steel (optional) |
| Belt Material | Wear-resistant PVC, rubber, food-grade PU (optional) |
Application Scenarios
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Municipal Solid Waste Resource Recovery Centers: Feeding, transferring, and elevating for recyclable material sorting lines
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Resource Recycling Bases: Centralized conveying and classified transfer of waste paper, waste plastics, and scrap metal
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Waste Paper Baling Plants: Feeding of waste paper feedstock, post-crushing conveying, and pre-baling buffering
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Waste Plastic Processing Lines: Conveying and sorting of plastic bottles, plastic film, and plastic fragments
Application Cases
A large-scale resource recycling industrial park in Nantong established a new mixed recyclable material sorting center, procuring a total of 9 Universal Recycling Belt Conveyors from this series for feeding, transferring, and staged elevating of multiple material categories including waste bulk bags, waste film, waste cardboard, scrap metal, and waste plastics. All units were configured with 5 mm thick wear-resistant PVC belts, perfectly handling challenging material conditions such as flexible plastic film and manual sorting stations. The high-angle design substantially saved workshop space. Since commissioning, the equipment has maintained stable continuous operation with no material spillage or belt breakage, achieving a significant overall improvement in sorting line efficiency and earning high recognition from the customer.