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Automatic Stainless Steel Energy Saving Mesh Belt Dryer for Industrial Food Processing
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Automatic Stainless Steel Energy Saving Mesh Belt Dryer for Industrial Food Processing
| Jumlah Pesanan Minimum: | 1 |
| Harga: | $23670/sets |
| kemasan standar: | Peti Kayu - Wadah |
| Periode pengiriman: | 7-11 hari kerja |
| metode pembayaran: | L/C,D/A,D/P,T/T,Western Union |
| Kapasitas Pasokan: | 1Set/10 |
Informasi Rinci
Tempat asal
Henan Cina
Nama merek
SUNO
Sertifikasi
IOS9001
Nomor model
DY-3600
Voltase:
380V, 480V
Bahan:
SUS304, SUS304L, SUS316, SUS316L, Baja Karbon, Baja Tahan Karat
Aplikasi:
Pengolahan Bahan Kimia, Lainnya, Pengolahan Makanan, Pengolahan Plastik
nilai jual utama:
Otomatis, Multifungsi, Tingkat Keamanan Tinggi, Harga Kompetitif, Hemat Energi, Ramah Lingkungan, La
Barang:
Nilai
Komponen inti:
Otomatis, Multifungsi, Tingkat Keamanan Tinggi, Harga Kompetitif, Hemat Energi, Ramah Lingkungan, La
Jenis:
pengering sabuk jala
Menyoroti:
Automatic Mesh Belt Dryer
,Stainless Steel Conveyor Dryer
,Energy Saving Industrial Dryer
Deskripsi produk
Commercial Large Industrial Stainless Steel Automatic Gear Heat Pump Conveyor Dryer
This advanced conveyor dryer is designed for commercial and industrial applications, specifically engineered for drying fish, meat, fruits, vegetables, and various food products with exceptional efficiency and reliability.
Core Components
Bearing, Pump, Gear, Motor, PLC, Gearbox, Engine, Pressure Vessel
Voltage Options
380V, 480V
Material Options
SUS304, SUS304L, SUS316, SUS316L, Carbon Steel, Stainless Steel
Applications
Chemicals Processing, Food Processing, Plastics Processing, Other
Heating Methods
Gas Heating, Oil Heating, Electric Heating, Steam Heating, Heat Pump
Heating Sources
Electricity, Steam, Oil, Gas, Firewood, Coal, Biomass Pellets
Weight
3000 kg
Operating System
English Language Interface
Key Features & Benefits
- Fully Automatic Operation
- Multifunctional Design for Various Applications
- High Safety Level with Advanced Controls
- Energy Saving Technology with Heat Pump System
- Eco-Friendly Operation
- Long Service Life with Durable Construction
- High Productivity Output
- Easy to Operate with User-Friendly Interface
- Competitive Pricing
- 1 Year Warranty with Comprehensive After-Sales Service
Conveyor Belt Dryer Material Selection Guide
Stainless Steel
Advantages:
- Excellent corrosion resistance for humid or chemically corrosive environments
- Easy to clean, meeting strict hygiene standards for food processing
- High strength and temperature resistance with minimal deformation
Disadvantages:
- Higher initial investment cost
- Heavier weight increases overall equipment load
Suitable Industries:
- Food Processing
- Pharmaceuticals
- Chemicals - where hygiene and corrosion resistance are critical
Carbon Steel
Advantages:
- Lower cost for large-scale production
- High mechanical strength for high-load applications
- Easy to machine and weld
Disadvantages:
- Prone to rusting, requires protective coating or regular maintenance
- Poor high-temperature resistance
Suitable Industries:
- Coal Processing
- Mining Operations
- Building Materials
Aluminum Alloy
Advantages:
- Lightweight for easier installation and maintenance
- Good corrosion resistance for humid environments
- Excellent thermal conductivity improves drying efficiency
Disadvantages:
- Lower strength compared to steel, suitable for lighter loads
- Susceptible to scratches and lower wear resistance
Suitable Industries:
- Electronics Manufacturing
- Plastic Processing
- Light Industry Applications
Plastic Materials
Advantages:
- Lightweight and cost-effective for smaller-scale applications
- Non-corrosive and resistant to certain chemicals
- Flexible design adaptable to various shapes and needs
Disadvantages:
- Poor high-temperature resistance
- Lower strength with limited load-bearing capacity
Suitable Industries:
- Packaging Industry
- Food Processing (low-strength applications)
- Light Industry
Industry-Specific Material Applications
Food Industry
Stainless steel is commonly used due to its superior hygiene and corrosion resistance. Operating in humid environments requiring frequent cleaning and sanitization demands materials that are easy to clean and highly durable.
Pharmaceutical Industry
Stainless steel and specialized alloys prevent contamination and ensure corrosion resistance. Strict hygiene and sterilization conditions require materials meeting high safety standards.
Chemical Industry
Material selection varies based on chemicals involved, with stainless steel and carbon steel being most common. Exposure to corrosive substances requires materials resistant to corrosion and capable of withstanding high temperatures and pressures.
Mining and Metallurgical Industry
Primarily carbon steel due to cost-effectiveness and high strength. Harsh environments with high wear and tear require materials with excellent durability and load-bearing capacity.
Light Industry
Aluminum alloy and plastic are preferred for their light weight and flexibility. Milder working conditions suitable for drying non-corrosive materials focus on efficiency and adaptability.
Maintenance Cost Analysis by Material
Stainless Steel Maintenance
Maintenance Costs: Low
Low maintenance frequency due to high corrosion and heat resistance. Easy to clean, though regular sterilization in food/pharmaceutical industries may increase cleaning expenses. Repair costs are relatively low due to exceptional durability.
Low maintenance frequency due to high corrosion and heat resistance. Easy to clean, though regular sterilization in food/pharmaceutical industries may increase cleaning expenses. Repair costs are relatively low due to exceptional durability.
Carbon Steel Maintenance
Maintenance Costs: High
Higher maintenance frequency due to rust susceptibility, requiring regular inspection and protective coatings. Repair costs can be significant in humid or chemically aggressive environments. Preventive anti-corrosion maintenance increases overall cost.
Higher maintenance frequency due to rust susceptibility, requiring regular inspection and protective coatings. Repair costs can be significant in humid or chemically aggressive environments. Preventive anti-corrosion maintenance increases overall cost.
Aluminum Alloy Maintenance
Maintenance Costs: Low
Low maintenance frequency with good corrosion resistance. Softer material may require occasional inspection and surface repair for scratches or wear. Easy cleaning, but avoid strong acids or bases to prevent surface damage.
Low maintenance frequency with good corrosion resistance. Softer material may require occasional inspection and surface repair for scratches or wear. Easy cleaning, but avoid strong acids or bases to prevent surface damage.
Plastic Maintenance
Maintenance Costs: Low
Low maintenance frequency with corrosion resistance and lightweight design. Vulnerable to scratches, cracking, or high-temperature damage, potentially requiring part replacement. Easy cleaning with mild detergents.
Low maintenance frequency with corrosion resistance and lightweight design. Vulnerable to scratches, cracking, or high-temperature damage, potentially requiring part replacement. Easy cleaning with mild detergents.
Maintenance Cost Comparison
| Material | Maintenance Cost | Maintenance Frequency | Cleaning Requirement | Repair Cost |
|---|---|---|---|---|
| Stainless Steel | Low | Low | Easy | Low |
| Carbon Steel | High | High | Moderate | High |
| Aluminum Alloy | Low | Low | Easy | Medium |
| Plastic | Low | Low | Easy | Medium (prone to damage) |
Summary: The choice of material for conveyor belt dryers directly impacts performance, lifespan, and maintenance costs. Stainless steel and aluminum alloy offer low maintenance due to strong corrosion resistance and durability. Carbon steel requires high maintenance due to rust susceptibility, while plastic offers low maintenance but may incur replacement costs from physical damage. Consider both initial investment and long-term maintenance costs based on your specific operating environment.
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