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Food Grade Mesh Belt Dryer for High Productivity and Energy Saving in Dehydrated Vegetables and Fruits
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Food Grade Mesh Belt Dryer for High Productivity and Energy Saving in Dehydrated Vegetables and Fruits
| MOQ: | 1 |
| Price: | $26870/sets |
| Standard Packaging: | Wooden Crates - Containers |
| Delivery Period: | 7-11work days |
| Payment Method: | L/C,D/A,D/P,T/T,Western Union |
| Supply Capacity: | 1sets/25 |
Detail Information
Place of Origin
HENAN CHINA
Brand Name
SUNO
Certification
IOS9001
Model Number
DY-2800
Key Selling Points:
Automatic, Multifunctional, High Safety Level, Competitive Price, Energy Saving, Eco-Friendly, Other, Long Service Life, High Productivity, Easy To Operate
Video Outgoing-inspection:
Provided
Operating System Language:
English
Material:
Carbon Steel/SS304/SS316L
Heating Source:
Electricity Steam Oil Gas Firewood Coal Biomass Pellets
Machinery Test Report:
Provided
Keywords:
Fruit Vegetable Mesh Belt Dryer
Product Name:
Mesh Belt Dryer
Name:
Conveyor Mesh Belt Dryer
Material:
SUS304, SUS304L, SUS316, SUS316L, Carbon Steel, Stainless Steel
Highlight:
Food Grade Mesh Belt Dryer
,Energy Saving Mesh Belt Dryer
,High Productivity Mesh Belt Dryer
Product Description
Food Grade Belt Dryer for Dehydrated Vegetables and Fruits
Professional drying equipment specifically engineered for food processing applications, featuring advanced mesh belt technology for efficient dehydration of vegetables and fruits.
Technical Specifications
| Heating Method | Gas Heating, Oil Heating, Electric Heating, Steam Heating, Heat Pump | Warranty | 1 Year |
| Material | Carbon Steel/SS304/SS316L | Voltage | 380 V, 480 V |
| Core Components | Bearing, Pump, Gear, Motor, PLC, Gearbox, Engine, Pressure Vessel | Application | Chemicals Processing, Food Processing, Plastics Processing, Other |
| Type | Mesh Belt Dryer | Brand Name | SUNO Machinery |
| Dimensions (L*W*H) | 8000*1000*1800mm | Product Name | Mesh Belt Dryer |
| Heating Source | Electricity, Steam, Oil, Gas, Firewood, Coal, Biomass Pellets | Material Options | SUS304, SUS304L, SUS316, SUS316L, Carbon Steel, Stainless Steel |
Key Advantages
- Fully Automatic Operation
- Multifunctional Design
- High Safety Level
- Competitive Pricing
- Energy Saving Technology
- Eco-Friendly Operation
- Long Service Life
- High Productivity
- Easy to Operate
Complete Guide to Conveyor Dryer Mesh Belt Materials
Metal Mesh Belts
Stainless Steel Mesh Belt
Material Types: SUS304 (good corrosion resistance for food industry), SUS316 (resistant to strong acids and alkalis for chemical industry)
Applications: Food (vegetables, meat, dried fruits, seafood), Pharmaceuticals (pills, herbs), Chemical (corrosive materials, high-temperature powders), Metal processing (heat treatment, component drying)
Material Features: High-temperature resistance, suitable for wet or acidic/alkaline materials, medium to heavy material weight
- Advantages: High durability, corrosion resistant, strong load-bearing capacity, uniform mesh for efficient drying
- Disadvantages: High cost, cleaning requires attention to residue
Carbon Steel Mesh Belt
Applications: Metallurgy, mining, construction materials, wood processing, pulp, fertilizer, granular materials
Material Features: Heavy or coarse materials, not suitable for strong acids or alkalis
- Advantages: Strong load capacity, low cost, customizable thickness and mesh size
- Disadvantages: Prone to rust, needs maintenance, low high-temperature resistance, suitable for medium/low temperature drying
High-Temperature Alloy Mesh Belt (e.g., Inconel)
Applications: High-temperature drying (refractory materials, ceramics), specialized chemical powders
Material Features: Very high temperature resistance (>600℃), resistant to oxidation and corrosion
- Advantages: Excellent high-temperature strength, durable in harsh chemical environments
- Disadvantages: Extremely expensive, only for specialized high-temperature applications
Polymer / Plastic Mesh Belts
Polyester Belt (PET)
Applications: Food (lightweight drying), textiles (yarn, fabric), environmental / water treatment materials
Material Features: Lightweight, fine materials, medium temperature resistance (≤150℃)
- Advantages: Chemically resistant, lightweight, easy to clean, flexible and fatigue resistant
- Disadvantages: Can deform at high temperatures, limited load capacity
Nylon Mesh Belt
Applications: Food (candy, tea, herbs), chemical granules or powders, pulp and paper
Material Features: Light to medium materials, moderate moisture content
- Advantages: Flexible and strong, wear and corrosion resistant, accurate mesh size for controlled drying
- Disadvantages: Low heat resistance (≤120℃), low load capacity
Polypropylene Belt (PP)
Applications: Food (nuts, dried fruits), chemical granules
Material Features: Lightweight, non-corrosive environment required
- Advantages: Chemically resistant, lightweight and easy to clean
- Disadvantages: Low temperature resistance (≤100℃), limited strength
Polyurethane / PU Belt
Applications: Food, electronics, fine chemicals, materials requiring smooth surface
Material Features: Light to medium weight, sensitive to surface damage
- Advantages: Smooth, non-stick surface, high wear resistance, flexible for continuous conveying
- Disadvantages: Limited temperature resistance, relatively high cost
Special Applications
Ceramic / Refractory Mesh Belt
Material: Nickel-based alloy, special stainless steel
Applications: High-temperature drying of ceramics, firebricks
Features: Operates ≥700℃, handles heavy materials
Food-Grade Mesh Belt
Material: Stainless steel or food-grade nylon
Applications: Pastries, candies, dried fruits
Features: Meets hygiene standards, easy to clean, corrosion-resistant, smooth surface to prevent sticking
Mesh Belt Selection Principles
- Material Characteristics: Light → Nylon, plastic; Heavy → Metal mesh; Sticky or fragile → PU or smooth surface
- Temperature Requirements: Low (<100℃) → Plastic, Nylon; Medium (100-300℃) → Polyester, Stainless Steel; High (>300℃) → Stainless Steel, High-Temperature Alloy
- Chemical Resistance: Acid/alkali materials → Stainless steel or polymer
- Hygiene Requirements: Food/pharma → Stainless steel or food-grade nylon
- Durability & Cost: High load & long-term → Stainless steel; Light load & cost-sensitive → Plastic, Nylon
Mesh Belt Material Comparison
| Material Type | Temperature Range | Applications | Advantages | Disadvantages |
|---|---|---|---|---|
| Stainless Steel (SUS304/SUS316) | High (200-800℃) | Food (meat, vegetables), Pharmaceuticals, Metal processing, Chemical | High durability, corrosion resistance, strong load-bearing capacity, suitable for high-temperature environments | Expensive, needs maintenance and cleaning |
| Carbon Steel | Medium (100-350℃) | Metallurgy, Construction materials, Fertilizer | Strong load capacity, low cost, customizable thickness | Prone to rust, not suitable for strong acids |
| High-Temperature Alloy (e.g., Inconel) | Very High (600-1200℃) | High-temperature materials (refractory, ceramics) | Excellent heat resistance, durable in harsh chemical environments | Very expensive, only suitable for specialized high-temperature drying |
| Polyester (PET) | Medium (≤150℃) | Food, Textiles, Environmental materials | Lightweight, easy to clean, flexible | Can deform at high temperatures, limited strength |
| Nylon | Low to Medium (≤120℃) | Food (candy, herbs), Chemical granules | Strong and flexible, wear-resistant, good for fine materials | Low heat resistance, limited load capacity |
| Polypropylene (PP) | Low (≤100℃) | Food (nuts, dried fruits), Granular materials | Lightweight, chemically resistant, easy to clean | Low temperature resistance, limited strength |
| Polyurethane (PU) | Medium (≤150℃) | Food, Electronics, Fine chemicals | Smooth, non-stick surface, high wear resistance, flexible | Limited temperature resistance, relatively high cost |
| Ceramic / Refractory | Very High (≥700℃) | Ceramics, Firebricks | Excellent heat resistance, suitable for heavy materials | Expensive, fragile, requires handling care |
| Food-Grade (Stainless Steel / Nylon) | Medium (≤250℃) | Food processing (pastries, dried fruits) | Hygienic, corrosion-resistant, easy to clean | Higher cost for food-grade materials, limited heat resistance |
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