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Services & Logistics Info
Customized Packaging
Customzied
Logo/Graphic Customization
Customzied
Warranty Period
1 year
Warranty Period for Core Components
1 year
After-Sales Service System
Video technical support
Sales Unit
Single item (Minimum order: 1 unit)
Single Carton Dimensions
200 *140 *260 cm
Gross Weight per Batch
2800 kg
Delivery Time
About 60 working days
Logistics Options
Ocean shipping
Basic Device Parameters
Model
LW220*930
Processing Capacity
0.5-5 T/h
Bowl Diameter
220 mm
Bowl Speed
5000 rpm
Centrifual force
3075G
Bearing
NSK/SKF
Solid moisture
≤50%
Machine size
2420*700*1010mm
Voltage
Customized
Machine Weight
1200kg
Total Power
7.5 kW
Product Application
Decanter centrifuges are widely applied in multiple industries, including but not limited to:
1. Chemical and Light Industry: titanium dioxide, starch, citric acid, gypsum slurry, diatomaceous earth, waste oil purification, etc.
2. Pharmaceutical and Food Industry: soy protein, peanut protein, fruit juice, beverages, fermentation broth, etc.
3. Environmental Protection and Sewage Treatment: sludge dewatering in industrial and domestic sewage treatment. It can reduce the moisture content of sludge from 98% to approximately 80%, shrinking the volume by around 10 times.
4. Textile and Machinery Industry: dewatering of yarn bundles and textile products as well as liquid‑phase clarification
5. Metallurgy and Mining Industry: coal flotation, bauxite, ore classification, etc.
6. Biopharmaceuticals / Fermentation Engineering
▶ Fermentation Broth Clarification: antibiotics, monoclonal antibodies, recombinant proteins, amino acids; separation of Escherichia coli, yeast, cell debris and inclusion bodies; preservation of biological activity with supernatant clarity exceeding 99%
▶ Vaccine and Virus Purification: inactivated vaccines, mRNA vaccines, virus‑like particles (VLPs), exosome concentration and purification; removal of cell residues, reducing activity loss as an alternative to filtration
▶ Cell Therapy CGT: impurity removal for CAR‑T and stem cell culture fluids; compatible with CIP/SIP cleaning‑in‑place and sterilization‑in‑place, complying with GMP aseptic standards
▶ Enzyme Preparations: bacterial cell separation and purification for protease and lipase fermentation broths
1. Chemical and Light Industry: titanium dioxide, starch, citric acid, gypsum slurry, diatomaceous earth, waste oil purification, etc.
2. Pharmaceutical and Food Industry: soy protein, peanut protein, fruit juice, beverages, fermentation broth, etc.
3. Environmental Protection and Sewage Treatment: sludge dewatering in industrial and domestic sewage treatment. It can reduce the moisture content of sludge from 98% to approximately 80%, shrinking the volume by around 10 times.
4. Textile and Machinery Industry: dewatering of yarn bundles and textile products as well as liquid‑phase clarification
5. Metallurgy and Mining Industry: coal flotation, bauxite, ore classification, etc.
6. Biopharmaceuticals / Fermentation Engineering
▶ Fermentation Broth Clarification: antibiotics, monoclonal antibodies, recombinant proteins, amino acids; separation of Escherichia coli, yeast, cell debris and inclusion bodies; preservation of biological activity with supernatant clarity exceeding 99%
▶ Vaccine and Virus Purification: inactivated vaccines, mRNA vaccines, virus‑like particles (VLPs), exosome concentration and purification; removal of cell residues, reducing activity loss as an alternative to filtration
▶ Cell Therapy CGT: impurity removal for CAR‑T and stem cell culture fluids; compatible with CIP/SIP cleaning‑in‑place and sterilization‑in‑place, complying with GMP aseptic standards
▶ Enzyme Preparations: bacterial cell separation and purification for protease and lipase fermentation broths
Product Information
■ All wetted parts of this starch-specific decanter centrifuge adopt food-grade stainless steel with mirror polishing. The smooth powder-free surface resists acid-base corrosion and scouring with no metal precipitation, fully complying with edible and industrial starch production safety standards.
■ Adopting starch-specific low-shear wear-resistant screw structure with hard alloy spraying reinforcement, it features excellent wear resistance and anti-impact performance. Gentle conveying protects starch particle integrity and avoids quality degradation caused by excessive fine powder.
■ Equipped with a precise differential speed adjustment system, it stably controls the moisture content of solid slag within a reasonable range. It ensures qualified dewatering dryness while avoiding starch loss caused by excessive separation, balancing dewatering effect and raw material recovery rate.
■ Equipped with starch industry-specific PLC intelligent frequency conversion control system and visual touch screen, it supports stepless parameter adjustment. Five exclusive starch process formulas can be stored and switched with one click. Traceable data meets standardized factory management requirements.
■ Upgraded separation technology adapts to high-fiber and high-impurity cassava starch raw materials. It peels wood fibers, bark debris and colloidal impurities step by step for deep purification, improving dull color and high ash problems and upgrading cassava starch product grade.
■ Adopting starch-specific low-shear wear-resistant screw structure with hard alloy spraying reinforcement, it features excellent wear resistance and anti-impact performance. Gentle conveying protects starch particle integrity and avoids quality degradation caused by excessive fine powder.
■ Equipped with a precise differential speed adjustment system, it stably controls the moisture content of solid slag within a reasonable range. It ensures qualified dewatering dryness while avoiding starch loss caused by excessive separation, balancing dewatering effect and raw material recovery rate.
■ Equipped with starch industry-specific PLC intelligent frequency conversion control system and visual touch screen, it supports stepless parameter adjustment. Five exclusive starch process formulas can be stored and switched with one click. Traceable data meets standardized factory management requirements.
■ Upgraded separation technology adapts to high-fiber and high-impurity cassava starch raw materials. It peels wood fibers, bark debris and colloidal impurities step by step for deep purification, improving dull color and high ash problems and upgrading cassava starch product grade.
