HT-20FDA In-Situ Silicone Oil Freeze Dryer Machine for Food Processing
HT-20FDA In-Situ Silicone Oil Freeze Dryer Machine is widely used in medicine, pharmacy, biological research, chemical industry, food, and other fields. The freeze-dried articles are easy to be stored for a long time. After adding water, they can return to the state before freeze-drying and maintain the original biochemical characteristics.
Overall power |
3300W |
Voltage |
220V/50HZ |
Overall dimension |
880x760x1700mm(excluding door) |
Ambient temperature |
≤ 25 ºC |
Drying area |
0.25 sqm |
Number of diaphragm layers |
2 + 1 |
Temperature range of diaphragm |
- 50 ºC - + 70 ºC |
Diaphragm temperature difference |
± 1 ºC (at balance) |
Partition spacing |
110mm |
Partition size |
350x360mm |
Minimum temperature of cold trap |
≤ - 75 ºC |
Overall weight |
About 350kg |
Water capture capacity |
≥6Kg |
Liquid in tray |
2.5L |
Defrosting |
Electric defrosting |
Limit vacuum degree |
≤ 5pa (no-load) |
Cooling mode |
Air cooling |
1. The transparent door of the drying bin is made of aviation acrylic material, with no adhesion, high strength, and no leakage. The change process of materials can be observed during operation.
2. Simulate the operation window interface, vividly reflect the operation status of each component, and display the current operation parameters of each part in digital form.
3. Silicone oil is used as a circulating medium, with high-temperature control accuracy, shelf temperature difference ≤ 1 ºC, and uniform drying effect.
4. Multiple sets of programs can be stored. Each program can be programmed to set the pre-freezing section and drying section. The program parameters can be modified during the operation of the freeze dryer, and the drying curve and data can be recorded.
5. 7-inch touch screen operation, PLC industrial controller, display drying curve.
6. It can be filled with nitrogen or inert gas for storage after drying.
7. The electric defrosting of the cold trap improves the defrosting speed and safety through two control modes temperature and time.
* Pharmaceuticals: Freeze drying is widely used in the pharmaceutical industry to preserve and extend the shelf life of drugs, vaccines, and other biological products. The process helps maintain the stability and efficacy of pharmaceuticals, particularly those sensitive to heat.
* Food Preservation: Freeze drying is employed in the food industry to preserve perishable foods while retaining their nutritional value, flavor, and texture. It is commonly used for fruits, vegetables, meat, and even complete meals.
* Biotechnology: Freeze drying is crucial in biotechnological applications for preserving enzymes, proteins, and other biological samples. It is often utilized in research, diagnostics, and the development of biopharmaceuticals.
* Diagnostic Reagents: Freeze drying is used to stabilize and preserve diagnostic reagents, antibodies, and other critical components in diagnostic kits. This ensures the accuracy and reliability of medical tests.
* Chemical and Environmental Analysis: Freeze drying aids in the preparation of samples for chemical and environmental analysis. It is used to remove moisture from samples, allowing for accurate measurements and analysis.
* Cosmetics: Freeze drying is used in the cosmetic industry for preserving certain formulations and ingredients, ensuring stability, and extending the product's shelf life.