Integrated Filtration, Extraction & Drying Solutions
Delivering Reliable, Cost-Effective Process Results
SPE Short Path
Evaporator
The SPE model short path evaporator is widely used for purification and separation processes across multiple industries
The SPE model short path evaporator is liquid-liquid separation equipment operated under high vacuum. It relies on the difference in the mean free path of mixture molecules to rapidly separate liquids at temperatures far below their boiling points. The material forms a thin film on the inner wall of the cylinder and flows downward. Volatile light components evaporate and condense on the internal condenser via the shortest path, while non-volatile heavy components flow down the inner wall for discharge. It achieves efficient and precise physical separation and purification, making it especially suitable for thermosensitive, high boiling point, easily oxidizable, and high viscosity systems.
PRODUCT INTRODUCTION
The SPE model short path evaporator is liquid-liquid separation equipment operated under high vacuum. It relies on the difference in the mean free path of mixture molecules to rapidly separate liquids at temperatures far below their boiling points. The material forms a thin film on the inner wall of the cylinder and flows downward. Volatile light components evaporate and condense on the internal condenser via the shortest path, while non-volatile heavy components flow down the inner wall for discharge. It achieves efficient and precise physical separation and purification, making it especially suitable for thermosensitive, high boiling point, easily oxidizable, and high viscosity systems.
TECHNICAL HIGHLIGHTS
1. Mild Separation Conditions: Features extremely low distillation pressure, high vacuum, and short heating time. The separation temperature is far below the boiling point, effectively reducing the risk of deterioration for thermosensitive components.
2. High Separation Efficiency: The process is irreversible with no boiling or bubbling phenomenon, offering a high degree of separation that is significantly superior to traditional vacuum distillation and ordinary thin-film evaporators.
3. Clean and Eco-friendly: As a purely physical purification method without chemical reactions, it excellently protects the separated substances from organic solvent contamination.
TECHNICAL SPECIFICATIONS TABLE
DOWNLOAD CENTER
APPLICATION CASES
CTX Top-suspended Centrifugal Extraction System for Metal Recovery of Used Battery
Multi-stage counter-current CTX overhung centrifugal extractors enhance metal extraction rate and purity for waste battery hydrometallurgy, lowering production costs.
VIEW TECH SPECS
Application of MY filter/dryer machine in ternary precursor production
The MY filter-washing all-in-one is widely used in lithium battery precursor production, reducing washing liquid consumption via enclosed automated operation.
VIEW TECH SPECS
MY filter/dryer is used for three-way anode material recovery
Our proprietary MY filter/dryer integrates filtration, washing and drying for ternary cathode recycling with fully enclosed automatic operation.
VIEW TECH SPECS
