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100kg/H – 1000kg/H Automatic Flash Dryer 5000 – 12500m3/H Industrial Flash Dryer

100kg/H – 1000kg/H Automatic Flash Dryer 5000 – 12500m3/H Industrial Flash Dryer

Key Attributes

Product Summary

XSG-10 Flash Dryer The XSG-10 rotary flash dryer is a high-efficiency solution designed for large-scale continuous production. With a barrel diameter of 1000 mm, overall dimensions of 1100 × 5000 mm, installed power of 15–30 kW, airflow capacity of 5000–12,500 m³/h, and water evaporation capacity of ...

Product Details

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100kg/h automatic flash dryer

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1000kg/h automatic flash dryer

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12500m3/ industrial flash dryer

Barrel Diameter: 1000mm
Type: XSG-10
Dimensions: 1100×5000
Kw: 15–30
Air Volume: 5000–12500
Water Evaporation Capacity: 100–1000kg/h
Application: Chemical Industry
Usage: Pharmaceutical Industry
Application Field: Food Materials
Standard: ROHS
Product Description
Detailed Specifications & Features
XSG-10 Flash Dryer
The XSG-10 rotary flash dryer is a high-efficiency solution designed for large-scale continuous production. With a barrel diameter of 1000 mm, overall dimensions of 1100 × 5000 mm, installed power of 15–30 kW, airflow capacity of 5000–12,500 m³/h, and water evaporation capacity of 100–1000 kg/h, it occupies a compact footprint of just 4750 × 3750 mm. Compared to smaller models like the XSG-8, the XSG-10 offers significantly higher throughput and greater stability when drying challenging materials—such as filter cakes, slurries, and crystalline products—with high moisture content, high viscosity, or complex rheological properties. It is ideally suited for the chemical, pharmaceutical, food, and advanced materials industries, delivering high output, precise process control, and space-efficient installation, making it the optimal choice for medium- to large-scale production lines seeking an upgrade
 

Key Applications

  • High-viscosity chemical compounds
  • Industrial slurry materials
  • Crystallization products
  • Mud and slag residues
  • Filter cake drying
    TECHNICAL PARAMETERS
    Type Barrel diameter(mm) Main machine dimensions(mm) Main machine power(kw) Air volume(m³/h) water evaporation capacity (kg/h) occupied area (mm²)
    XSG-2 200 250×2800 0.75–2.2 300–800 10–20 3500×2500
    XSG-3 300 400×3300 3–4 600–1500 20–50 3800×2700
    XSG-4 400 500×3500 4–7.5 1250–2500 25–70 4000×3000
    XSG-5 500 600×4000 5.5–11 1500–4000 30–100 4200×3200
    XSG-6 600 700×4200 7.5–18.5 2500–5000 40–200 4250×3250
    XSG-8 800 900×4600 11–18.5 3000–8000 60–600 4500×3500
    XSG-10 1000 1100×5000 15–30 5000–12500 100–1000 4750×3750
    XSG-12 1200 1300×5200 15–37 10000–20000 150–1300 5000×4000
    XSG-14 1400 1500×5400 30–55 14000–27000 200–1600 5250×4250
    XSG-16 1600 1700×6000 45–75 18700–36000 250–2000 5500×4500
     
Operating Principle
  1. Cold air passes through an air filter and is directed by a blower to the air heater
  2. Heated air enters the drying tower at appropriate velocity from the bottom
  3. Wet material is fed into the drying tower via screw feeder
  4. Strong shear forces, blowing, floating, and rotating actions occur
  5. Material crushing takes place through external mechanical force
  6. Heated air transfers thermal energy to wet material components
  7. Moisture absorption and evaporation phenomena occur
  8. Air carrying evaporated moisture moves to cyclone separator and pulse bag filter
  9. Air separation process completes the drying cycle