Technical characteristics of vacuum drying oven

Vacuum drying ovens are designed specifically for drying heat-sensitive, easily decomposable, and oxidizable materials. They can be filled with inert gas, enabling rapid drying of complex materials. They are widely used in the pharmaceutical, electronics, and chemical industries.

1. Compared to conventional drying methods that rely on air circulation, powdered samples are not blown or moved by moving air.

2. The vacuum environment significantly lowers the boiling point of the liquid being removed, making vacuum drying easily applicable to heat-sensitive materials.

3. Safer to use-Under vacuum or inert conditions, the potential for oxides to explode when heated is completely eliminated.

4. Vacuum drying can be used to completely dry complex mechanical parts or other porous samples after cleaning, leaving no residue.

5. For difficult-to-dry samples, such as powders or other granular materials, vacuum drying can effectively reduce the drying time.

6. The vacuum drying oven features parameter memory to protect against data loss due to power outages or freezes, as well as a power-on recovery function.

7. The temperature control sensor utilizes an imported, capacitive-type component. 8. The chamber is a rectangular parallelepiped structure, achieving an effective volume of 100%. The door features tempered, bulletproof double-layer glass, allowing users to clearly observe the cultured contents in the chamber.

9. The chamber interior is constructed of mirror-finished stainless steel or brushed steel plate welded by argon arc welding, while the exterior is constructed of high-quality cold-rolled steel plate electrostatically sprayed with plastic, resulting in an attractive and stylish design.

10. The door is fully user-adjustable, featuring an integrally formed silicone rubber door seal and a high vacuum level within the chamber.

11. The temperature control system utilizes microcomputer single-chip technology, providing temperature control, timing, and over-temperature alarms.

12. The chamber features a streamlined, arc-shaped design, a pioneering innovation in China, and the exterior is constructed of cold-rolled steel plate with an electrostatically sprayed plastic surface. 13. Imported motor and fan blades.

14. Dual-screen, high-brightness digital display provides accurate and intuitive readings, superior performance, and touch-sensitive buttons for parameter adjustment.

15. The insulation system utilizes ultra-fine fiberglass filling in the insulation area, and non-metallic, high-temperature-resistant materials at the connections between the inner and outer chambers effectively reduce heat conduction.

16. Storage, heating, testing, and drying are all performed in an oxygen-free environment, preventing oxidation.