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Feeding Rate
Feeding Flask Volume
Operating Temperature
Rotation Speed Range
Material
Labmate Thin Film Evaporator enables efficient liquid-liquid separation with wide feeding rate from 0.05 to 260 L/h. Their stainless steel or borosilicate build ensures corrosion resistance and durability. They feature magnetic coupling seal that allows higher vacuum degree. These support preheating and heat preservation for processing high-viscosity and high-melting-point substances. Our Evaporator is applied for solvent evaporation and concentration of liquids and heat-sensitive materials.
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Selection Guide for Thin Film Evaporator
When selecting Thin Film Evaporator, customers should consider key parameters such as feeding rate, feeding flask volume, operating temperature, rotation speed, and construction material to match their process requirements. A model is available with feeding rates ranging from 0.05 to 150 L/h, making it suitable for small-scale laboratory experiments as well as large-scale industrial operations. Feeding flask volumes vary from 0.5 L to 30 L, accommodating different batch sizes and continuous feed needs. Operating temperatures are designed to handle up to or less than 300°C, ensuring safe evaporation of heat-sensitive materials. A consistent rotation speed range of 50 to 450 rpm ensures efficient thin film formation and heat transfer. Material options include durable Stainless Steel 316L for industrial-grade use and chemical-resistant Borosilicate 3.3 glass for applications requiring visibility and laboratory compatibility. These selection ranges help users identify the most appropriate evaporator based on their specific capacity, temperature, and material handling needs.
Frequently Asked Questions
1 What is a Thin Film Evaporator?
A Thin Film Evaporator is an apparatus designed to separate volatile components from liquids through the use of a thin film formed on a heated surface.
2 How does a Thin Film Evaporator work?
It works by spreading liquid into a thin film over a heated surface, allowing rapid evaporation under controlled conditions.
3 Can Thin Film Evaporator be used under vacuum?
It is often operated under vacuum to lower the boiling point of the liquid, enabling evaporation at reduced temperatures and protecting heat-sensitive compounds.
4 What kind of maintenance does Thin Film Evaporator require?
Routine maintenance includes regular cleaning, inspection of wiper blades, checking for wear on the rotor, and ensuring all seals and gaskets are intact to prevent leaks or contamination.
5 Can Thin Film Evaporator be used for heat-sensitive products?
It is ideal for heat-sensitive products as it allows evaporation at low temperatures and reduces thermal degradation due to short residence times.
6 How is Thin Film Evaporator used in the pharmaceutical industry?
It is used for solvent recovery, concentration of APIs, and purification of heat-sensitive compounds with high precision and minimal degradation.
7 Is Thin Film Evaporator used in food and beverage production?
It is used to concentrate flavors, remove alcohol or solvents, and process essential oils and natural extracts.
8 Can Thin Film Evaporator be used in chemical manufacturing?
It is extensively used in chemical production for distilling reactive, corrosive, or viscous chemicals, often under vacuum for enhanced efficiency.
9 Is Thin Film Evaporator used in wastewater treatment?
It is used to concentrate or recover valuable compounds from industrial effluents and reduce the volume of waste liquids for easier disposal.
10 Can Thin Film Evaporator be used in biofuels production?
It is used in biofuels production to remove solvents and concentrate biofuel blends while maintaining quality and efficiency.