FlowLink

Mixed General Conveyor

The Mixed General Conveyor is a general conveying device specifically tailored for industrial solid waste treatment scenarios. Its core adaptation covers irregular, easily entangled, large-volume industrial solid waste materials such as fabric strips, waste wood, industrial offcuts, waste rubber, waste packaging, and construction waste for horizontal transfer and sorting connection.

Mixed General Conveyor

Product Introduction

The Mixed General Conveyor is a general conveying device specifically tailored for industrial solid waste treatment scenarios. Its core adaptation covers irregular, easily entangled, large-volume industrial solid waste materials such as fabric strips, waste wood, industrial offcuts, waste rubber, waste packaging, and construction waste for horizontal transfer and sorting connection. The equipment adopts a standardized unit modular design, completely breaking away from the traditional conveyor limitations of requiring on-site welding and dependence on concrete foundations. It can be directly laid on level tunnel floors, concrete surfaces, or even hardened ground without any civil construction, greatly shortening project construction cycles.

The entire machine frame uses high-strength lightweight pressed and bent sheet metal bolted connections, with single-section weight controlled within a reasonable range. All components can be disassembled into units that comply with international standard container transport dimensions, convenient for sea and land transportation, particularly suitable for logistics transport and on-site installation of overseas projects.

The drive unit uses an integrated reduction motor with smooth operation and high torque, equipped with multiple safety devices including overload protection, belt deviation alarm, and emergency stop, meeting the demands of 24-hour continuous uninterrupted operation. The equipment can flexibly splice lengths and adjust heights according to on-site working conditions, seamlessly connecting with upstream and downstream equipment such as crushers, shredders, magnetic separators, air sorters, and balers. It is widely used in various domestic and international industrial solid waste crushing and sorting production lines.

Key Advantages

Technical Specifications

Parameter ItemOptional Customization Range
Belt Width650mm, 800mm, 1200mm, 1400mm, 1600mm
Applicable Conveying Inclination0°-20°
Rated Conveying Capacity10-100m³/h
Belt Operating Speed0.3-1.30m/s (Variable frequency adjustable)
Drive Motor Power3kW, 4kW, 5.5kW, 7.5kW, 11kW, 15kW
Standard Single Section Length3m
Frame Ground Clearance500-1200mm
Edge Guard Height150mm, 300mm, 350mm, 400mm
Frame MaterialQ235 Carbon Steel, 304 Stainless Steel (optional)
Belt MaterialRubber, Anti-static PVC

Application Scenarios

Application Cases

Zhejiang Yiwu Industrial Solid Waste Crushing and Sorting Line Project. The Yiwu Solid Waste Incineration Waste Heat Utilization Project’s industrial solid waste crushing and sorting RDF system equipment primarily processes industrial waste offcuts, fabric strips, rubber, leather, plastics, and more. The project purchased a total of 11 units of this series of modular horizontal belt conveyors for feeding, post-crushing conveying, material transfer during sorting stages, and pre-baling conveying. Since project operation began, the equipment has performed excellently overall, receiving high recognition and praise from the customer. Customer feedback indicates that this series of conveyors perfectly adapts to the conveying requirements of multi-category, irregular industrial solid waste in the project, with no spillage or jamming, effectively ensuring continuous and stable operation of the RDF system. The foundation-free installation design significantly shortened the project timeline and notably reduced project construction costs. At the same time, the equipment frame is lightweight, disassembly and assembly are convenient, and routine maintenance is simple, fully meeting the project’s capacity requirements. The customer highly praised the equipment’s performance, practicality, and cost-effectiveness.

Get Solution