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Overview
Falling Film Evaporator LMFFE-A101 offers 25 L/h evaporation rate. It features high grade glass build for durability, chemical resistance, and thermal stability. Equipped with complete set design for wider material adaptability, it ensures efficient performance. Incorporates continuous feeding and discharging system to reduce labor costs and operation time. Our Evaporator ensures solvent recovery, concentration, and crystallization of liquids.
Features :
Magnetic coupling seal
High vacuum maintenance
Superior heat transfer
Quick connection
Effortless cleaning
Multi-stage procedure
Specifications :
| Evaporation Rate | 25 L/h |
| Primary Collection Bottle Volume | 20 L |
| Secondary Collection Bottle Volume | 10 L |
| Gas-Liquid Separator Volume | 10 L |
| Pressure | -0.098 to 0 MPa |
| Heating Method | Thermal oil |
| Vacuum Pump | Circulating water vacuum pump |
| Material | Borosilicate 3.3 |
| Evaporation Area | 0.5 m² |
| Primary Condensing Area | 1 m² |
| Secondary Condensing Area | 0.5 m² |
| Preheater Heat Exchange Area | 0.5 m² |
Applications :
Falling Film Evaporator LMFFE-A101 is ideal for solvent recovery, concentration, crystallization, and drying in biological extraction, pharmaceutical purification, chemical processing, and food additive production.
Selection Guide :
Falling Film Evaporator LMFFE-A101 is a high-capacity unit designed for efficient and continuous evaporation processes. With an evaporation rate of 25 L/h, it is particularly suitable for laboratories and pilot-scale production requiring rapid concentration of heat-sensitive materials. The system features a 20 L primary collection bottle and a 10 L secondary collection bottle, enabling effective separation and collection of condensed components. Additionally, the 10 L gas-liquid separator ensures reduced carryover and enhances process purity. Based on research studies, this model is commonly used in pharmaceutical extraction, botanical concentration, and chemical synthesis applications. Its robust design and large volume capacities make it suitable for experiments requiring bulk solvent removal. Customers can also rely on this model's compliance with general laboratory safety and performance certifications, ensuring reliable operation and high throughput in demanding environments.