Short path wiped film distillation
Detail Information Place of Origin China Brand Name TOPTION Application: Chemical/Pharmaceutical/Food Evaporation Temperature: 100-300°C Film System: Wiped Filming System Material: Stainless Steel Operation Mode: Continuous Power Supply: 220V/380V…
Product Information
Detail Information
| Place of Origin | China |
|---|---|
| Brand Name | TOPTION |
| Application: | Chemical/Pharmaceutical/Food |
| Evaporation Temperature: | 100-300°C |
| Film System: | Wiped Filming System |
| Material: | Stainless Steel |
| Operation Mode: | Continuous |
| Power Supply: | 220V/380V |
| Separation Efficiency: | 99% |
| Type: | Molecular Distillation Equipment |
| Price: | Negotiable |
| Delivery Time: | 15-20 workdays |
| Payment Terms: | LC, T/T, PayPal, Western Union, Small-amount payment, |
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TOPTION as short path wiped film distillation equipment manufacturer, 15+ years focus on continuous process alcohol extraction, short path distillation, solvent recovery, design, manufacturing, and sale. We’re sure that your enquiries will be understood and responded to in a professional and expeditious manner. We have through ISO CE SGS TUV BV certification, short path distillation reliable quality guarantee, technical support, professional customization, TOPTION short path wiped film distillation will be your in chemistry, pharmaceutical, cbd, food industries.
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Working principle of MDS-100CE short path wiped film distillation equipment
1. The control system of the vacuum unit reaches the required vacuum.
2. The temperature control unit control system reaches the required temperature.
3. Material feeds to the short path distillation evaporation tower through gear pump.
4. The scraper in the evaporation tower rotates quickly to allow the material to form a thin film. The material liquid volatilizes under high vacuum and heating conditions. The molecular free path of light components is larger and is captured by the inner condenser, and the molecular free path of heavy components is smaller and falls back to the wall of the evaporation tower.
5. The light component flows down the inner condenser and is pumped out of the system by a gear pump or pumped to the next short-range. The heavy component flows down the wall of the evaporation tower and is pumped out of the system by a gear pump or pumped to the next short-range.
6. The ultralight components and residual solvents that have not been trapped by the inner condenser are trapped in the outer condenser and cold trap.
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