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What is in Stock Lab1st Falling Film Tubular Evaporator Cost Ffe-20L Ffe-2000L 2000 Liters Per Hour
Price
Min. Order Reference FOB Price
1 Piece US$9,542.00-52,631.00 / Piece
Sepcifications
- After-sales Service Online Support,video Technical Support
- Application Chemical Industry, Clinical Diagnosis, Cosmetic Industry, Essential Oil Industry, Food Safety, Forensic Science, Herbal Industry, Nutraceutical Industry, Pharmaceutical Industry
- Capacity 50-100L
- Certification CE, GMP, ISO
- Condition New
- Customized Customized
- Extraction Method Liquid-Liquid Extraction
- Machine Type Supercritical CO2 Extraction Machine
- Material Stainless Steel
- Pressure Control Customizable Pressure
- Temperature Control Customizable Temperature
- Voltage 380V 50/60Hz
- Warranty 1 year
- Transport Package Packed in Strong Wooden Case
- Trademark ZZKD
- Origin Zhengzhou, China
- Power(W) 10.15kw
- Dimension(L*W*H) 2 *2 * 2.3 M
- Product Name Vacuum Wiped Falling Film Evaporator
- Treatment Medium C Bd Ethanol Extract
- Design Recovery Cap... 200L/H (Alcohol)
- System Heating So... Heated with Saturated Steam
- System Working Power 380V Three-Phase Power
- Type Crude Drug Equipment
- Finished Dosage Form Liquid
- Precision High Precision
- Computerized Non-Computerized
Product Description
In Stock Lab1st Falling Film Tubular Evaporator Cost FFE-20L FFE-2000L 2000 Liters Per Hour Product Description Falling Film Evaporator is ideal for botanical oil separation and ethanol alcohol recovery from your extracted biomass tincture. The system maintains a high evaporation rate, which ...
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Benefits and Uses of Rotary EvaporatorsBy Zhengzhou Keda Machinery and Instrument Equipment on 19/07/2024Rotary evaporators are widely used for sample concentration across various fields. Their primary benefits include quick and efficient concentration, low-temperature evaporation, and fast evaporation rates. The working principle involves reducing pressure to lower the boiling point of volatile solvents, using a rotating flask to create a thin film that increases evaporation surface area, and employing a cold finger to capture evaporated solvent. These features are particularly useful for heat-sensitive compounds, preventing degradation and sample loss.