Application fields
The pipe conveyor, also known as the pipe drag chain conveyor, operates by having a chain with disc scrapers moving within a closed pipe. The scrapers push the materials along the pipe, enabling continuous and efficient powder and granular material transportation. It is an energy-saving and highly efficient equipment for conveying powder and granular materials.
Application fields of the pipe chain conveyor system:
1. Plastic industry: PVC, PP, PE powder, ABS, PC, PE particles.
2. Fine chemicals: Dyes, pigments, coatings, carbon black, titanium pigment, iron oxide, pottery powder, heavy calcium carbonate, fine particle calcium carbonate, bentonite, molecular sieve, kaolin, silicon powder, activated carbon.
3. Mining: Urea, ammonium chloride, ammonium bicarbonate, soda ash, solid pesticides, tungsten powder, fish oil, steel ore powder, coal powder, block phosphate, limonite, etc.
4. Building materials: Cement, clay, sand, quartz sand, clay powder, silicon, lime powder, dolomite powder, wood chips, glass fibers, silica, art powder, etc.
5. Food industry: Flour, starch, grains, milk powder, food additives, etc.
Performance features:
Performance features of the pipe chain conveyor system:
1. Compact structure, small space occupation, capable of changing the conveying direction in three dimensions, unaffected by terrain, angle and height; the conveying process takes place in a closed pipe, ensuring no pollution and no dust flying.
2. Smooth conveying process, with minimal internal movement of materials, less damage, ensuring material quality, suitable for corrosive materials.
3. No system blockage, suitable for conveying various forms of materials.
4. No material stratification phenomenon in the conveying of mixed materials.
5. Large conveying capacity, low energy consumption, significantly reducing equipment operation costs.
6. All moving parts operate in a sealed space, safe and reliable.
7. Remote transportation is possible.
8. Multiple inlet and outlet ports can be freely deployed to meet process requirements.
9. Easy to achieve centralized control, improving automation level.
