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50Kg/H Commercial Spray Dryer 10800r/Min - 18000r/Min Milk Spray Dryer

50Kg/H Commercial Spray Dryer 10800r/Min - 18000r/Min Milk Spray Dryer

Key Attributes

Brand Name:SHANGJIN
Model Number:GXP Closed-Loop Series
Minimum Order Quantity:1pcs
Delivery Time:5-8 weeks
Payment Terms:L/C,T/T
Standard Packaging:Wooden Case

Product Summary

Max 50 kg/h evaporation rate. PLC-controlled industrial spray dryer with 150-300°C inlet temp & 10,800-18,000 r/min rotary speed. Multi-fuel compatible (steam/electric/gas/diesel). Ideal for pharmaceutical, food, chemical & dairy industries.

Product Details

Highlight:

50kg/h commercial spray dryer

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commercial spray dryer 10800r/min

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18000r/min milk spray dryer

Max Water Evaporation: 50 Kg/h
Inlet Temperature: 170℃
Inlet Air Temperature: 150-300°C
Outlet Air Temperature: 80-90°C
Rotary Speed: 10800-18000 R/min
Control System: PLC+HMI/Push Button
Atomization Type: Centrifugal
Heating Options: Steam/Electricity/Gas/Diesel
Product Description
Detailed Specifications & Features
50 kg/h Water Evaporation Rate 170℃ Inlet Temperature 10800-18000 r/min Rotary Speed Industrial Spray Dryer
Product Overview

The LGP Spray Drying Machine is an advanced and efficient solution designed specifically for the chemical industry. This industrial spray dryer offers exceptional performance and versatility, making it ideal for drying a wide range of chemical products with precision and reliability.

With its innovative design and robust construction, the LGP model ensures consistent drying results, high productivity, and energy efficiency, catering to the demanding needs of modern industrial applications.

Key Features
  • Product Name: Spray Drying Machine
  • Max. Water Evaporation Rate: 50 kg/h
  • Inlet Temperature: Around 170℃
  • Inlet Air Temperature Range: 150-300°C
  • Air Outlet Temperature Range: 80-90°C
  • Rotary Speed: 10,800 r/min - 18,000 r/min
  • Type: Industrial Spray Dryer with centrifugal atomization
  • Efficient drying machine suitable for various industrial applications
  • High performance centrifugal spray dryer for uniform particle size distribution
Technical Specifications
Parameter Specification
Max Water Evaporation Rate 50 kg/h
Inlet Temperature Range 140-350°C (Auto Control)
Outlet Temperature Range 80-90°C
Rotary Speed 10,800 - 18,000 r/min
Atomization Type Centrifugal
Applications

The SHANGJIN GXP Closed-Loop Series Industrial Spray Dryer is designed specifically for the chemical industry, handling various chemical materials including:

  • Fine chemical powders production
  • Catalysts and intermediates drying
  • Heat-sensitive substances processing
  • Research and development laboratories
  • Continuous production lines
Packing & Shipping

Our spray drying machine is carefully packaged with protective foam and plastic film, then placed in sturdy wooden crates reinforced for transportation. All accessories and spare parts are securely packed in separate compartments.

We offer multiple shipping options including sea freight, air freight, and express delivery. All necessary export documentation and support are provided for smooth customs clearance.

Frequently Asked Questions
What is the brand and model of this spray drying machine?
The spray drying machine is manufactured by SHANGJIN and the model number is GXP Closed-Loop Series.
Where is the SHANGJIN GXP Closed-Loop Series spray drying machine made?
This spray drying machine is made in China.
What are the main features of the SHANGJIN GXP Closed-Loop Series spray drying machine?
The GXP Closed-Loop Series features a closed-loop system that improves safety and efficiency by preventing dust leakage and solvent emission during the drying process.
What types of materials can be processed with this spray drying machine?
This machine is suitable for drying heat-sensitive, easily oxidized, and explosive materials in industries such as pharmaceutical, chemicals, food, and more.
How does the closed-loop system benefit the spray drying process?
The closed-loop system ensures a controlled environment by recycling exhaust gases, reducing environmental pollution, enhancing product safety, and improving energy efficiency.