Industrial Tubular Drag Chain Conveyor for Flour Transfer


Tube Chain Conveyor is a fully enclosed continuous conveying system designed for transporting powders, granules, and bulk solid materials through horizontal and vertical pipelines. The chain and disc structure enables stable material transfer with low energy consumption, minimal dust emission, and reduced product damage. With flexible feeding and discharge options, it is widely applied in chemical, food, grain, mineral, and industrial material handling systems requiring clean and reliable conveying performance.

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Tubular Drag Chain Conveyor Product Introduction

Tube Chain Conveyor is an enclosed material conveying system designed for efficient transportation of powders, granules, and bulk solid materials in complex industrial environments. The conveyor uses a continuous chain equipped with discs running inside a sealed pipeline, pushing materials smoothly through horizontal, vertical, and inclined conveying routes.

The fully enclosed structure prevents dust leakage, reduces environmental pollution, and eliminates the need for additional dust collection equipment in many applications. The unique chain and disc conveying mechanism provides gentle material handling, helping maintain product quality while reducing material loss and segregation.

With flexible configuration options, the system can support multiple feeding points and discharge locations to meet different production requirements. It can be integrated with equipment such as big bag unloading stations, storage tanks, feeders, and automated production lines.

Tubular Drag Chain Conveyor features low power consumption, stable operation, easy maintenance, and strong adaptability, making it suitable for industries including chemical processing, food production, grain handling, mineral processing, and other bulk material handling applications.

Working principle

Tube Chain Conveyor works through a continuous chain and disc conveying mechanism installed inside a closed pipeline.

During horizontal conveying, the discs attached to the moving chain push the material forward. The internal friction between material particles is greater than the friction between the material and the pipe wall, allowing the material layer to move continuously along the pipeline.

During vertical conveying, the discs lift the material upward while preventing material backflow. The interaction between the discs, material particles, and pipeline creates stable continuous transportation.

The enclosed pipeline design allows the conveyor to transport materials safely through complex routes, including horizontal sections, vertical lifting sections, and directional changes.

Product Parameter Table

Parameter Specification
Conveying Capacity Up to 300 m³/h
Horizontal Conveying Distance Up to 80 m
Vertical Conveying Distance Up to 60 m
Pipeline Type Fully enclosed tubular conveying system
Conveying Method Chain and disc conveying
Motor Power Up to 15 kW
Applicable Material Powder, granule and bulk solid material
Conveying Direction Horizontal, vertical and multi-directional conveying
Pipeline Diameter DN100
Chain Speed Range 0.06–0.42 m/s
Drive Speed Range 3.2–19 r/min
Feeding Method Manual feeding, tank feeding, container feeding available
Discharge Method Single or multiple discharge options available
Construction Material Carbon steel or stainless steel (optional)
Control System Automatic control available

Optional Equipment Configuration

The conveyor system can be integrated with:

  • big bag unloading station
  • dust collector
  • rotary feeder
  • pneumatic slide valve
  • diverter valve
  • level sensor
  • storage tank
  • automatic feeding system

Main Features

Fully Enclosed Pipeline Design

The sealed conveying structure prevents dust leakage, protects transported materials from external contamination, and improves the cleanliness of the working environment.

Low Energy Consumption Operation

The mechanical chain-driven system requires relatively low power compared with pneumatic conveying solutions, reducing operating costs.

Flexible Three-Dimensional Conveying

The conveyor can transport materials horizontally, vertically, and through complex layouts, allowing installation around existing equipment and limited production spaces.

Gentle Material Handling

The low-speed conveying process minimizes material breakage, degradation, and separation, making it suitable for fragile materials.

Multiple Feeding and Discharging Options

The system supports customized configurations with multiple inlets and outlets to optimize production processes.

High Conveying Efficiency

The continuous chain movement provides stable material flow and reliable transportation performance for industrial applications.

Dust-Free Material Transfer

The closed pipeline reduces airborne particles and helps maintain cleaner production conditions.

Easy Integration with Automated Systems

The conveyor can connect with feeding equipment, storage systems, packaging lines, and other automated production equipment.

Reliable Long-Distance Conveying

It can handle long horizontal and vertical conveying distances while maintaining stable operation.

Application Scenarios

Chemical Industry

Used for transporting chemical powders, additives, pigments, and other bulk materials requiring enclosed and controlled conveying.

Food Processing Industry

Suitable for conveying flour, sugar, starch, grains, food additives, and other ingredients while maintaining hygiene requirements.

Grain Processing Industry

Applied for transporting cereals, seeds, and agricultural materials in milling and storage systems.

Mineral Processing Industry

Used for handling minerals, powders, and granular materials in mining and industrial processing plants.

Chemical Fiber Industry

Suitable for transferring polymer particles, additives, and production materials in chemical fiber manufacturing.

Plastic Processing Industry

Used for transporting plastic pellets and granular raw materials in automated production lines.

Battery and New Energy Material Industry

Suitable for conveying fine powders and sensitive materials where dust control is required.

Bulk Material Storage System

Can be integrated with silos, tanks, big bag unloading stations, and feeding systems.

Suitable Materials

Tube Chain Conveyor can handle various dry bulk materials, including:

  • flour
  • grain
  • sugar
  • starch
  • chemical powder
  • mineral powder
  • plastic pellet
  • fertilizer
  • food ingredient
  • ceramic powder
  • additive material

Advantages Compared with Traditional Conveying Equipment

Compared with Pneumatic Conveyor

  • Lower energy consumption
  • Lower operating cost
  • Reduced material degradation
  • No large air supply system required

Compared with Screw Conveyor

  • Flexible conveying direction
  • Suitable for longer distances
  • Lower risk of material blockage
  • Better protection for fragile materials

Compared with Belt Conveyor

  • Fully enclosed structure
  • Better dust control
  • Supports vertical conveying
  • Requires less installation space

FAQ

Q1: What materials can Tube Chain Conveyor transport?

Tube Chain Conveyor can transport powders, granules, pellets, and bulk materials such as flour, grain, chemical powder, food ingredients, minerals, and plastic pellets.

Q2: Is the conveyor suitable for dusty materials?

Yes. The fully enclosed pipeline design effectively reduces dust emission and prevents material leakage during transportation.

Q3: Can the conveyor transport materials vertically?

Yes. The chain and disc structure allows stable vertical conveying while preventing material backflow.

Q4: What is the maximum conveying distance?

The conveying distance depends on material properties, pipeline layout, and capacity requirements. The system can be configured for long horizontal and vertical transportation.

Q5: Can one conveyor have multiple feeding and discharge points?

Yes. Multiple inlet and outlet configurations can be designed according to different production processes.

Q6: Is Tube Chain Conveyor suitable for food applications?

Yes. With suitable material selection and cleaning design, it can be used for food ingredient handling applications.

Q7: What information is needed for conveyor selection?

Important information includes:

  • material type
  • bulk density
  • particle size
  • conveying capacity
  • conveying distance
  • installation layout
  • feeding and discharge requirements

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