YF2-5
CE, ISO
Vertical
Industrial
Calcination Furnace
Material Calcining
Electric / Fuel / Gas
600-1400 Degrees Celsius.
There Is No Over-Burning of The Products, Which Po
Electric Heating, Fuel Gas, Fuel Oil, Fire Coal.
5-3000 Kg/H
Dongda Powder Engineering
Suitable for Shipping
2500x2000x2000mm or 2500x2000x2500mm
Benxi, China
Product Description
Brief introduction:
Spray liquid inorganic and metallic salts into the high-temperature furnace for instant pyrolysis, resulting in the formation of oxides and other powdery products.
Technical features:
1. Temperature of pyrolysis: 600 to 1400 ºC.
2. Instant pyrolysis: no excessive burning of the product, ensuring high activity of the product.
3. Heat sources include electric heating, fuel gas, fuel oil, and fire coal.
4. Production capacity: 5 to 3,000 kg/h.
System configuration:
1. Fluid delivery nebulizer: fluid pumping; corrosion and high-temperature resistance.
A single-stream or dual-stream nebulizer is used.
2. Decomposition furnace: direct or indirect heating; heat and corrosion resistance; leak-proof.
3. Recovery equipment: Using a bag filter or cyclone dust collector to recover the solid.
An absorption tower is used to treat the resulting decomposed off-gas.
Technical specifications:
Suitable materials:
1. Chloride (cobalt, nickel, zinc, molybdenum, magnesium chloride) decomposes into oxides.
2. Pyrolysis of electromagnetic materials, magnetic materials, accelerants, superconducting materials, and composite materials.
3. Recovery of hydrochloric acid.
Spray liquid inorganic and metallic salts into the high-temperature furnace for instant pyrolysis, resulting in the formation of oxides and other powdery products.
Technical features:
1. Temperature of pyrolysis: 600 to 1400 ºC.
2. Instant pyrolysis: no excessive burning of the product, ensuring high activity of the product.
3. Heat sources include electric heating, fuel gas, fuel oil, and fire coal.
4. Production capacity: 5 to 3,000 kg/h.
System configuration:
1. Fluid delivery nebulizer: fluid pumping; corrosion and high-temperature resistance.
A single-stream or dual-stream nebulizer is used.
2. Decomposition furnace: direct or indirect heating; heat and corrosion resistance; leak-proof.
3. Recovery equipment: Using a bag filter or cyclone dust collector to recover the solid.
An absorption tower is used to treat the resulting decomposed off-gas.
Technical specifications:
Suitable materials:
1. Chloride (cobalt, nickel, zinc, molybdenum, magnesium chloride) decomposes into oxides.
2. Pyrolysis of electromagnetic materials, magnetic materials, accelerants, superconducting materials, and composite materials.
3. Recovery of hydrochloric acid.
