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Falling Film Evaporator LMFFE-A100 is designed with an evaporation rate of 15 liters per hour. It features modular design with flexible configuration, allowing adaptation to various processing needs. Equipped with continuous feeding and discharging system, it reduces labor costs and operation time. Incorporates magnetic coupling seal to maintain higher vacuum conditions. Our Evaporator is ideal for biological extraction and pharmaceutical purification.
Specifications
| Evaporation Rate | 15 L/h |
| Primary Collection Bottle Volume | 10 L |
| Gas-Liquid Separator Volume | 2 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 | 1.5 m² |
| Preheater Heat Exchange Area | 0.2 m² |
Pricing
| Product | Price | Unit | Action |
|---|---|---|---|
| Falling Film Evaporator LMFFE-A100 | $ 24875 | Each of 1 |
Features
High heat transfer
Quick connection
Effortless disassembly
Multi-stage process
Energy-efficient performance
Corrosion resistant
Applications
Falling Film Evaporator LMFFE-A100 enables solvent recovery, concentration, crystallization, and drying in biological extraction, pharmaceutical purification, chemical processing, and food additive production.
Selection Guide
Falling Film Evaporator LMFFE-A100 is a perfect choice for laboratories and pilot-scale operations involved in the concentration of heat-sensitive materials, herbal extracts, food products, and pharmaceutical compounds. With an evaporation rate of 15 L/h, it is well-suited for medium-scale processing. The 10 L primary collection bottle supports extended continuous operation, while the 2 L gas-liquid separator enhances separation efficiency and system performance. Operating under a vacuum range of -0.098 to 0 MPa, it ensures efficient solvent removal at lower temperatures, preserving product quality. This model is frequently used in research studies focused on thermal separation, extraction, and purification. When selecting this evaporator, customers can rely on its robust design, application in chemical and biological experiments, and potential compliance with laboratory safety and performance standards (ISO, CE certifications, where applicable).
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Frequently Asked Questions
1 What is a Falling Film Evaporator?
A Falling Film Evaporator is a heat exchanger designed to use a thin film of liquid flowing down vertical tubes to efficiently concentrate solutions by evaporating the solvent.
2 How does Falling Film Evaporator work?
It works by allowing a liquid to flow as a thin film over heated tubes, where it evaporates in order to concentrate the solution.
3 Does temperature affect the performance of Falling Film Evaporator?
The temperature difference between the liquid and the heated tube surface impacts evaporation rate.
4 Can Falling Film Evaporator operate under vacuum conditions?
It can operate under vacuum in order to lower the boiling point of the solvent.
5 What is the difference between a Rising Film Evaporator and a Falling Film Evaporator?
In Rising Film Evaporator, the liquid moves upward in the tubes due to the force of vapor rising whereas a Falling Film Evaporator relies on gravity for downward movement.
6 Can Falling Film Evaporator be used for solvent recovery?
It is used for solvent recovery in industries like chemical and pharmaceutical manufacturing.
7 How does Falling Film Evaporator impact product quality?
It helps in maintaining the integrity of heat-sensitive compounds thereby ensuring higher quality products.
8 Can Falling Film Evaporator be used in continuous processes?
It is commonly used for continuous operations.
9 Is Falling Film Evaporator suitable for large-scale industrial operations?
It is suitable for large-scale industrial operations.
10 Can Falling Film Evaporator be used for environmental applications?
It is widely used in environmental applications such as wastewater treatment.