Chain Belt Conveyor

Product Overview

The new high-efficiency chain belt conveyor is an advanced conveying machine that incorporates internationally leading conveying technology with innovative design improvements tailored to actual operating conditions across domestic industries. It is primarily used for conveying powdered and granular materials horizontally or at inclines up to 15 degrees, while also accommodating multi-size material conveying requirements. It is an ideal choice whose comprehensive performance far surpasses that of conventional conveying equipment.

This equipment breaks through the performance limitations of traditional conveying devices, achieving comprehensive improvements in conveying efficiency, stability, and adaptability. It is widely used across building materials, construction, chemical, mining, machinery, smelting, grain and feed processing, waste treatment, and many other industries, meeting diverse conveying requirements in different sectors.

The core structure is scientifically sound and well-engineered, primarily consisting of conveyor chains, belt supports, conveyor belts, and belt cleats forming a complete conveying chain that serves dual load-bearing and traction functions, efficiently collecting and conveying material. The working principle is straightforward: during operation, power is transmitted through a gear reducer, with the chain pulling the entire conveying chain assembly. The belt support carries the material, while the belt cleats effectively prevent powdered and granular materials from spilling or sliding off during conveying, making it especially suitable for applications with high throughput and steep incline angles.

Compared with traditional conveying equipment such as screw conveyors and submerged scraper conveyors, this chain belt conveyor offers significant performance advantages — not only higher conveying efficiency and lower energy consumption, but also smooth, quiet operation capable of long-term adaptation to complex conditions across various industries. The entire equipment is manufactured from industrial-grade quality materials, with the frame undergoing anti-corrosion and anti-rust treatment to withstand harsh environments including dust, moisture, and mild corrosion. With a long service life and convenient maintenance, it provides continuous, stable, and efficient material conveying support for production lines across industries, making it an indispensable new-generation conveying solution in modern production.

Key Advantages

• Advanced technology with superior performance: Incorporates internationally leading conveying technology with innovative improvements tailored to domestic operating conditions. Comprehensive performance far exceeds that of screw conveyors, submerged scraper conveyors, and other traditional equipment, with conveying efficiency improved by over 30%, energy consumption reduced by 25%, and operational stability substantially enhanced.

• Broad adaptability with efficient conveying: Capable of horizontal or inclined conveying at angles up to 20 degrees, accommodating powdered, granular, and multi-size materials with high throughput. Particularly suitable for high-volume, steep-incline applications, meeting the diverse conveying requirements of different industries.

• Rational structure with stable operation: The conveying chain composed of conveyor chains and belt supports serves dual load-bearing and traction functions. Paired with gear reducer drive, it delivers smooth, low-noise operation. Belt cleat design effectively prevents material spillage and avoids jamming and clogging issues, with an extremely low failure rate.

• Durable and easy to maintain with high cost-effectiveness: Manufactured from high-quality industrial materials, with the frame undergoing anti-corrosion and anti-rust treatment to adapt to complex operating conditions for a long service life. The equipment features a simple structure with commonly available, standardized wear parts that are easy to procure. Maintenance procedures are straightforward and require no specialized technicians, substantially reducing total lifecycle operating costs.

Technical Specifications

Application Scenarios

• Building Materials: conveying powdered and granular raw materials and finished products such as cement, sand and gravel, lime, and fly ash, meeting horizontal and low-angle inclined conveying requirements on production lines.

• Mining: conveying ore powder, coal particles, crushed stone, and other materials for horizontal transfer and low-angle lifting after mining extraction, adapting to the complex dusty environment of mining operations.

• Chemical Industry: conveying chemical raw materials and granular chemical products, with equipment material customizable to corrosion-resistant types to prevent material-induced equipment corrosion and ensure conveying safety.

• Grain and Feed Processing: conveying powdered and granular materials such as grain, feed pellets, and bran with smooth, spill-free operation to avoid material waste and meet food-grade hygiene requirements.

• Waste Treatment: conveying particulate materials from shredded municipal solid waste and construction and demolition waste, adapting to the dusty and humid conditions of waste treatment facilities for continuous feeding.

• Smelting and Machinery: conveying smelting raw materials and machined offcut particles, withstanding high-temperature and mildly corrosive environments to ensure continuous production line operation.

Case Study

Case 1

A building materials company’s cement conveying project deployed 8 units of this chain belt conveyor series for horizontal conveying and inclined lifting at up to 18 degrees for powdered cement materials, replacing the original screw conveyors. Since commissioning, conveying efficiency has improved by 35% and energy consumption has decreased by 28%, with zero material spillage or clogging issues. The equipment has completely resolved the pain points of low conveying efficiency and frequent maintenance associated with the previous equipment, substantially improving production line continuity and earning high recognition from the client.

Case 2

A mining project selected 10 customized chain belt conveyors for horizontal transfer of ore particles and coal particles, adapting to the high-dust, heavy-load conditions of the mining environment. The equipment uses wear-resistant alloy steel chains and anti-corrosion frames, operating stably with zero failures. Monthly maintenance costs have been reduced by 40%, effectively ensuring efficient material conveying operations and making the equipment the core conveying asset of the project.

Case 3

A municipal solid waste treatment plant deployed 6 units of this chain belt conveyor series for continuous conveying of particulate material from shredded waste, adapting to inclined conditions up to 15 degrees. The equipment effectively prevents material spillage and improves the workshop operating environment. Since commissioning, it has operated stably and reliably, completely resolving the issues of material jamming and corrosion susceptibility common to traditional conveying equipment, and supporting efficient operation of the waste treatment production line.