Application

Our centrifuges are widely used in chemical, pharmaceutical, food, environmental, and other industries, providing reliable solid-liquid separation for diverse materials and processes.

New Energy

Applied Materials

Lithium Battery Materials: Electronic-grade lithium carbonate, manganese sulfate, lithium hydroxide, and various precursor materials
Sodium Battery Materials: Positive and negative electrode materials for sodium-ion batteries and related precursors
Metal Recovery: Efficient recovery of valuable metals from used batteries

Application Scenarios

Electrode Material Separation and Purification: Precision separation of positive and negative electrode materials, removal of impurities, and improvement of battery energy density and safety
Conductive Particle Washing: Optimizing material electrochemical properties and ensuring product stability
Reaction Solution Purification and Collection: Efficient filtration to collect target products and ensure material purity
Battery Material Recovery: Recycling of materials such as lithium cobalt oxide to promote sustainable development

Pesticide

Applications

Pesticide Intermediates: Purification and production of pesticide intermediates capable of solid-liquid separation
Finished Pesticides: Refining and purification of finished pesticides
Pesticide Wastewater: Treatment and recovery of wastewater from pesticide production

Application Value

Intermediate Purification: Efficient separation of pesticide intermediates to improve product purity and yield
Finished Product Refining: Precision separation of finished pesticides to ensure consistent product quality
Wastewater Treatment: Effectively treat pesticide wastewater to achieve environmental compliance and resource recovery

Chemical Industry

Applications

Chemical intermediates and finished products capable of solid-liquid separation
Separation and purification of raw materials and products
Chemical wastewater treatment and resource recovery

Application Value

Efficient separation of raw materials and products, improving product purity
Optimizing production processes and reducing production costs
Recovering valuable components from wastewater, achieving resource recycling

Pharmaceuticals

Applications

Separation and purification of raw pharmaceuticals and pharmaceutical intermediates
Solid-liquid separation of reaction products
Purification and washing of intermediates
Dehydration and drying of crystalline products

Application Value

High-efficiency solid-liquid separation: After chemical synthesis or biofermentation, rapidly separate the crystalline or granular target product from the reaction mother liquor to achieve preliminary purification.
Deep purification and washing: Through in-machine washing, soluble impurities adsorbed in the filter cake are effectively removed, significantly improving the purity of the intermediate.
Energy-saving dehydration and drying: High-speed rotation removes most of the water or organic solvent, reducing subsequent drying energy consumption and improving production efficiency.

Food Industry

Applications

Purification and separation of food-grade amino acids and sugars
Deep processing of grains such as corn and wheat
High-precision separation and purification of amino acids and sugars

Application Value

High-purity product guarantee: Ensures high purity and quality in amino acid production
Efficient separation and purification: Achieve efficient honey separation in the sugar industry, significantly improving sugar product quality and economic benefits
Intelligent and energy-saving operation: Utilizes intelligent and efficient energy-saving technologies to reduce operating costs and promote upgrades in the food processing industry

Environmental Friendly

Applications

Evaporation and crystallization separation of potassium and sodium salts
Oil-water-solid three-phase separation in the food industry
Industrial wastewater sludge treatment and separation

Application Value

Efficient resource recovery: Recycling valuable resources such as potassium and sodium salts
Multiphase precision separation: Effectively solves the challenges of oil-water-solid three-phase separation and improves resource utilization
Sludge reduction: Significantly reduces sludge moisture content, reduces disposal costs, and promotes environmental compliance

Electronic Chemicals

Applications

Separation and purification of photoresist precursors
Preparation of high-purity electronic-grade chemicals for flexible materials
Precision separation of semiconductor-grade materials
Application Value
Ultra-high purity assurance: Ensures electronic-grade chemicals meet the ultra-high purity standards required by the semiconductor industry
Precision separation technology: Achieve efficient separation of nano-sized particles, meeting the fine processing requirements of materials such as photoresists
Process reliability: Provides stable separation results and ensures batch-to-batch consistency of electronic chemicals

Rare Metals

Applications

Impurity removal and separation of rare metals such as germanium, bismuth, tantalum, and gallium
Extraction and recovery of high-value metals from complex systems
Processing of difficult-to-separate and difficult-to-extract materials

Application Value

Efficient and precise separation: The high-gravity field enhances mass transfer, resulting in rapid separation. Combined with highly selective extractants, this system can precisely capture target metal ions from complex systems.
Continuous automated production: The multi-stage countercurrent extraction system enables continuous production, significantly improving processing efficiency and reducing manual intervention and solvent consumption.
Safe and environmentally friendly operation: The fully enclosed structure effectively prevents leakage of toxic and volatile media, meeting environmental and safety requirements.
Strong adaptability: Frequency conversion speed regulation allows for adaptability to materials of varying densities, viscosities, and complex compositions, making it particularly suitable for processing difficult-to-separate systems.