Sidewall Conveyor Belt

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For large-inclination conveying, vertical transfer and anti-spillage material handling

Product Overview

Sidewall conveyor belt adopts advanced raw materials and a special manufacturing process. The sidewall, cleat and base belt are combined through secondary vulcanization to form an integrated conveying system.

It is suitable for large-inclination, vertical and complex space conveying, helping prevent material spillage while improving conveying efficiency in limited spaces.

Key Features

Large Inclination Conveying

Suitable for steep-angle conveying where ordinary flat belts cannot work efficiently.

Integrated Sidewall and Cleat Design

The sidewall and cleat structure helps keep materials stable during transfer.

Anti-spillage Performance

Effectively reduces material falling and improves conveying reliability.

Efficient Space Utilization

Ideal for vertical, inclined and compact conveying layouts.

Specifications / Standard and Main Index

Application: Large-inclination / vertical / complex-path conveying

Main structure: Base belt + sidewall + cleat

Advantage: Prevents material spillage during steep-angle conveying

Suitable angle: Designed for high-angle material transfer

Standard reference: HG/T4062-2008

Applications

Ports

Suitable for bulk material conveying in ports and terminal handling systems.

Mining

Applicable to steep-angle conveying of ores, coal and other mining materials.

Power and Coal

Used in coal transfer and related high-angle conveying environments in power systems.

Building Materials and Grain

Suitable for cement, sand, fertilizer, grain and other bulk materials requiring anti-spillage transfer.

Why Choose Our Sidewall Conveyor Belt

Our sidewall conveyor belt is designed for high-angle and space-saving conveying systems. It combines stable structure, anti-spillage performance and strong adaptability for vertical and inclined material transfer in demanding industrial conditions.

Large-inclination conveying

Integrated sidewall structure

Anti-spillage performance

Efficient vertical transfer