Multilayer Mesh Belt Dryer
Advanced continuous mesh belt drying machine designed for efficient
processing of various materials including coca, wolfberry, and
other industrial products.
Product Specifications
| Type | Mesh Belt Dryer |
| Heating Method | Gas Heating, Electric Heating, Heat Pump, Other |
| Material | SUS304, SUS304L, SUS316, SUS316L, Other |
| Core Components | Bearing, Gear, Motor, PLC, Other |
| Application | Chemicals Processing, Food Processing, Other |
| Voltage | 380 V |
| Power | 5.5 kW |
| Key Selling Points | Automatic, Multifunctional, Energy Saving, Other |
| Quality Assurance | Video Outgoing-Inspection Provided |
| Place of Origin | Henan, China |
| Dimensions (L*W*H) | 11000 * 2200 * 2400 mm |
Structural Components
Feeding System
Automatic or manual feeding device evenly spreads materials to be
dried onto the mesh belt.
Mesh Belt
Constructed from stainless steel or alloy materials, resistant to
high temperatures and corrosion, ensuring material hygiene and
safety during the drying process.
Drying Chamber
The main body features a sealed structure with multiple hot air
circulation systems inside, ensuring uniform distribution of hot
air. Multiple layers of mesh belts can be installed within the
drying chamber to enhance drying efficiency.
Heating System
Select from electric, gas, or steam heating based on requirements,
ensuring rapid temperature rise.
Exhaust System
Equipped with fans and exhaust ports to promptly remove moisture
and maintain unobstructed airflow within the drying chamber.
Control System
PLC-based automatic control system enables precise regulation of
temperature, time, and mesh belt speed. Optional touchscreen
interface available.
Working Principle
The mesh belt dryer operates by conveying materials into the dryer
through the mesh belt system. Hot air is evenly distributed through
air ducts into the drying chamber, where it contacts the materials
and removes moisture. As materials move forward on the mesh belt,
they reach the required dryness level after a specific period and
are finally discharged through the output system.
Key Advantages
- High-Efficiency Drying: Utilizes heat exchange between hot air and materials,
significantly reducing drying time
- Continuous Operation: Materials move continuously on the mesh belt, ideal for
high-volume production and improved efficiency
- Wide Applicability: Suitable for various materials including granules, flakes, and
strips, particularly for products with strict drying requirements
- Precise Temperature Control: Advanced temperature control system ensures uniform drying and
prevents overheating or uneven results
- Energy-Saving & Environmental: Hot air circulation system minimizes energy waste, with optional
moisture recovery for enhanced efficiency
Industry Applications
Belt dryers are widely used across multiple industries due to their
highly efficient and uniform drying performance:
- Food Industry: Fruit and vegetable dehydration, grain drying, meat and fish
products, seasonings and spices
- Chemical Industry: Chemical granules and powders, plastic pellets, paints and
adhesives
- Pharmaceutical Industry: Herbal drying, formulation drying, biological products
- Agriculture & Feed Industry: Animal feed drying, crop drying
- Wood Industry: Wood drying to prevent cracking and warping
- Textile Industry: Fabric drying, nonwoven fabric processing
- Environmental Protection: Sludge dehydration from wastewater treatment
- Electronics Industry: Battery material drying for lithium batteries
- Other Industries: Paper industry, building materials, and concrete additives
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