What Is an Integrated Conveyor Equipment Solution?

How the Conveyor System Is Structured

A complete material conveying system may use one or more equipment types to address different stages of transport. Depending on the application, the solution can incorporate:

Mesh Belt Conveyor for Demanding Material Handling

The mesh belt conveyor is a key option within TianQi Machinery’s continuous mechanical conveying equipment range. It is designed for horizontal, inclined and vertical conveying, helping accommodate complex plant layouts and diverse production-line requirements.

The equipment can be manufactured from carbon steel, 201 stainless steel or 304 stainless steel, depending on the operating environment and material handling requirements. It can convey materials with temperatures of up to 600°C and offers a maximum conveying capacity of up to 526 m³/h, subject to the specific system configuration and operating conditions.

Key Design and Performance Features

• High conveying capacity: Up to 526 m³/h for suitable material and system configurations.
• High-temperature handling: Suitable for conveying materials with temperatures up to 600°C.
• Flexible conveying direction: Supports horizontal, inclined and vertical conveying layouts.
• Separated chain structure: The traction chain and load-bearing chain are separated, simplifying the structure and supporting easier maintenance.
• Reduced rolling resistance: Rolling bearings on the rollers are designed to reduce friction by approximately 55%–65%, which can help lower energy consumption.
• Wear-resistant components: Wear-resistant alloy steel parts are used to support long-term service in demanding operating environments.

Application Considerations

The appropriate conveyor configuration depends on the material, temperature, conveying route, required capacity and available installation space. The mesh belt conveyor is particularly relevant to applications such as:

From Individual Equipment to an Integrated Solution

1. Define the material: Review material properties such as temperature, size, flow characteristics and handling sensitivity.
2. Confirm the conveying route: Determine whether the system requires horizontal, inclined, vertical or combined conveying.
3. Match capacity and equipment: Select suitable conveyor types and configurations according to the required throughput and process connection.
4. Adapt to the site: Consider available space, layout restrictions, installation interfaces and maintenance access.
5. Coordinate the system: Integrate the selected equipment into a continuous material conveying process rather than treating each machine as an isolated unit.

Engineering and Service Support

ZhengZhou TianQi Machinery Co., Ltd. provides support from non-standard design through system integration. This approach allows the conveyor solution to be evaluated against the actual process route, material conditions and installation environment.