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Sécheurs par atomisation pour la production de détergents en poudre

Notre entreprise propose des solutions innovantes au secteur avec des machines de séchage par atomisation qui offrent une grande efficacité dans la production de détergents en poudre. Grâce à sa technologie avancée, elle garantit une excellente qualité et des produits secs homogènes dans la production de détergents. Nous fournissons à nos clients des solutions durables et économiques avec une efficacité énergétique et des coûts d'exploitation réduits.

Demander un devis

1. DP.500 Spray Dryer

  • Capacity: 500 kg/hour
  • Drying Method: High-temperature, rapid drying of atomized liquid detergent.
  • Input Raw Material Temperature: 50-60°C
  • Output Product Temperature: 90-95°C
  • Drying Air Temperature: 250-350°C
  • Atomization Type: Disk Atomizer (Disk mechanism for liquid spraying)
  • Heat Source: Natural gas, liquid fuel heater, or solid fuel
  • Energy Efficiency: 85%
  • System Dimensions: 3.5 m x 2.5 m x 6 m (Length x Width x Height)

2. DP.1000 Spray Dryer

  • Capacity: 1000 kg/hour
  • Input Raw Material Temperature: 50-60°C
  • Output Product Temperature: 90-95°C
  • Drying Air Temperature: 250-350°C
  • Atomization Type: Dual Disk Atomizer (Designed for high-capacity systems)
  • Heat Source: Natural gas, liquid fuel heater, or solid fuel
  • Energy Efficiency: 87%
  • System Dimensions: 4 m x 3 m x 7 m

3. DP.1500 Spray Dryer

  • Capacity: 1500 kg/hour
  • Input Raw Material Temperature: 50-60°C
  • Output Product Temperature: 90-95°C
  • Drying Air Temperature: 250-350°C
  • Atomization Type: High-capacity disk atomizer and nozzle system
  • Heat Source: Natural gas, liquid fuel heater, or solid fuel
  • Energy Efficiency: 89%
  • System Dimensions: 4.5 m x 3.5 m x 8 m

4. DP.2000 Spray Dryer

  • Capacity: 2000 kg/hour
  • Input Raw Material Temperature: 50-60°C
  • Output Product Temperature: 90-95°C
  • Drying Air Temperature: 250-350°C
  • Atomization Type: High-capacity disk atomizer and nozzle system
  • Heat Source: Natural gas, liquid fuel heater, or solid fuel
  • Energy Efficiency: 90%
  • Powder Detergent Efficiency: 99%
  • System Dimensions: 5 m x 4 m x 10 m

General Technical Specifications

  • Operating Pressure: 0.5-1 bar
  • Temperature Control: Digital temperature control systems
  • Powder Size: 50-100 microns (Desired fine powder structure)
  • Steam System: Integrated with automatic moisture control
  • Physical Structure: Stainless steel and high-temperature resistant materials
  • Environmental Control: Dust extraction, air purification, and water vapor cooling systems

These machines are optimized for high efficiency, low energy consumption, and quality powder detergent production. Each model is designed to meet different production capacities and requirements, helping users reduce operational costs.

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Sécheurs par atomisation pour poudre d'œuf

Les machines de séchage par atomisation utilisées dans la production de poudre d'œuf préservent la valeur nutritionnelle en offrant une efficacité et une qualité élevées. Ces machines fournissent une poudre d'œuf homogène et lisse avec un processus de séchage rapide. De plus, avec sa faible consommation d'énergie et sa conception durable, elle réduit les coûts d'exploitation et contribue à des processus de production durables.

Demander un devis

1. DP.500 Spray Dryer

  • Capacity: 500 kg/hour
  • Drying Method: High-temperature, rapid drying of atomized liquid detergent.
  • Input Raw Material Temperature: 50-60°C
  • Output Product Temperature: 90-95°C
  • Drying Air Temperature: 250-350°C
  • Atomization Type: Disk Atomizer (Disk mechanism for liquid spraying)
  • Heat Source: Natural gas, liquid fuel heater, or solid fuel
  • Energy Efficiency: 85%
  • System Dimensions: 3.5 m x 2.5 m x 6 m (Length x Width x Height)

2. DP.1000 Spray Dryer

  • Capacity: 1000 kg/hour
  • Input Raw Material Temperature: 50-60°C
  • Output Product Temperature: 90-95°C
  • Drying Air Temperature: 250-350°C
  • Atomization Type: Dual Disk Atomizer (Designed for high-capacity systems)
  • Heat Source: Natural gas, liquid fuel heater, or solid fuel
  • Energy Efficiency: 87%
  • System Dimensions: 4 m x 3 m x 7 m

3. DP.1500 Spray Dryer

  • Capacity: 1500 kg/hour
  • Input Raw Material Temperature: 50-60°C
  • Output Product Temperature: 90-95°C
  • Drying Air Temperature: 250-350°C
  • Atomization Type: High-capacity disk atomizer and nozzle system
  • Heat Source: Natural gas, liquid fuel heater, or solid fuel
  • Energy Efficiency: 89%
  • System Dimensions: 4.5 m x 3.5 m x 8 m

4. DP.2000 Spray Dryer

  • Capacity: 2000 kg/hour
  • Input Raw Material Temperature: 50-60°C
  • Output Product Temperature: 90-95°C
  • Drying Air Temperature: 250-350°C
  • Atomization Type: High-capacity disk atomizer and nozzle system
  • Heat Source: Natural gas, liquid fuel heater, or solid fuel
  • Energy Efficiency: 90%
  • Powder Detergent Efficiency: 99%
  • System Dimensions: 5 m x 4 m x 10 m

General Technical Specifications

  • Operating Pressure: 0.5-1 bar
  • Temperature Control: Digital temperature control systems
  • Powder Size: 50-100 microns (Desired fine powder structure)
  • Steam System: Integrated with automatic moisture control
  • Physical Structure: Stainless steel and high-temperature resistant materials
  • Environmental Control: Dust extraction, air purification, and water vapor cooling systems

These machines are optimized for high efficiency, low energy consumption, and quality powder detergent production. Each model is designed to meet different production capacities and requirements, helping users reduce operational costs.

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Sécheurs par pulvérisation de fabrication sur mesure

Demandez-nous un devis pour des sécheurs par atomisation spécialement fabriqués qui peuvent amener de nombreux produits sous forme de fluide à haute teneur en humidité à la teneur en humidité souhaitée.

Demander un devis

1. DP.500 Spray Dryer

  • Capacity: 500 kg/hour
  • Drying Method: High-temperature, rapid drying of atomized liquid detergent.
  • Input Raw Material Temperature: 50-60°C
  • Output Product Temperature: 90-95°C
  • Drying Air Temperature: 250-350°C
  • Atomization Type: Disk Atomizer (Disk mechanism for liquid spraying)
  • Heat Source: Natural gas, liquid fuel heater, or solid fuel
  • Energy Efficiency: 85%
  • System Dimensions: 3.5 m x 2.5 m x 6 m (Length x Width x Height)

2. DP.1000 Spray Dryer

  • Capacity: 1000 kg/hour
  • Input Raw Material Temperature: 50-60°C
  • Output Product Temperature: 90-95°C
  • Drying Air Temperature: 250-350°C
  • Atomization Type: Dual Disk Atomizer (Designed for high-capacity systems)
  • Heat Source: Natural gas, liquid fuel heater, or solid fuel
  • Energy Efficiency: 87%
  • System Dimensions: 4 m x 3 m x 7 m

3. DP.1500 Spray Dryer

  • Capacity: 1500 kg/hour
  • Input Raw Material Temperature: 50-60°C
  • Output Product Temperature: 90-95°C
  • Drying Air Temperature: 250-350°C
  • Atomization Type: High-capacity disk atomizer and nozzle system
  • Heat Source: Natural gas, liquid fuel heater, or solid fuel
  • Energy Efficiency: 89%
  • System Dimensions: 4.5 m x 3.5 m x 8 m

4. DP.2000 Spray Dryer

  • Capacity: 2000 kg/hour
  • Input Raw Material Temperature: 50-60°C
  • Output Product Temperature: 90-95°C
  • Drying Air Temperature: 250-350°C
  • Atomization Type: High-capacity disk atomizer and nozzle system
  • Heat Source: Natural gas, liquid fuel heater, or solid fuel
  • Energy Efficiency: 90%
  • Powder Detergent Efficiency: 99%
  • System Dimensions: 5 m x 4 m x 10 m

General Technical Specifications

  • Operating Pressure: 0.5-1 bar
  • Temperature Control: Digital temperature control systems
  • Powder Size: 50-100 microns (Desired fine powder structure)
  • Steam System: Integrated with automatic moisture control
  • Physical Structure: Stainless steel and high-temperature resistant materials
  • Environmental Control: Dust extraction, air purification, and water vapor cooling systems

These machines are optimized for high efficiency, low energy consumption, and quality powder detergent production. Each model is designed to meet different production capacities and requirements, helping users reduce operational costs.