Payment & Shipping Terms:
|Types Of KOMEG Brand Vacuum Chambers:
|Test Conditions Satisfied
|Vacuum ＜ 10 Torr
|Vacuum Drying Chamber:
|Vacuum And Heat，130Pa，50 To + 250°C
|Altitude Test Chamber:
|High And Low Temperature 70 To 150°C, With Low Pressure ＜1KPa
|Thermal Vacuum Chamber:
|Temperature And Vacuum-75 To +125°C，≤4*10-5Pa
vacuum drying oven,
Industrial Drying Cabinet
Glass Wool Insulation Material High Soaking Speed No-oxidation Drying Oven
Vacuum oven are mostly used for drying, baking, sterilization of non - volatile items and heat treatment test
for mining enterprises, schools, medical and scientific research.Expecially for simultaneous drying of different kinds of polymers
in small quantities for drying materials for trial molding. They can also be applied in electronic engineering, electroplating,
and pharmacy, paint baking, printing industries, etc. for preheating or drying related products.
● Silicone sealing pressure pad, ensure the perfect tightness inside the box
● Glass fiber insulation, provide efficient thermal insulation, energy - saving effect
● Heating plate installed in a box in a four - sided, ensure temperature uniformity
● Digit temperature sensor, ensure work stably for given vacuum conditions
A vacuum drying system consists of a vacuum chamber, a mechanical vacuum pump with gauge and valves as well as a source for providing heat to the product to be dried. Both oil-sealed and oil-free (dry) mechanical vacuum pumps can be used. .A condensate trap (typically cooled to very low temperatures) is also used to pump and trap the liquid(s) to be removed. Base pressures of less than 0.1 Torr are often required, depending on the liquid to be removed and the temperatures. Care should be taken to protect oil-sealed pumps from the liquid and operating the pumps properly to minimize the impact of the liquid vapors being ingested into the pump (often with the use of a gas ballast and/or gas purge).
The vacuum drying process often involves multiple steps of applying heat and vacuum. Reducing the pressure (applying vacuum) at the surface of a liquid (such as water) will allow the liquid to evaporate without elevating the temperature. The evaporation of the liquid will continue until the part is dried or until enough heat is removed (through evaporation) that the remaining liquid freezes. At this point the drying process continues as sublimation which is much slower compared to evaporation. In general, this is not desirable. The purpose of heat is to maximize drying while preventing freezing of the liquid.
There are several methods of applying heat to the product being dried. Some products have temperature limitations which may impact which methods may be employed. These methods include:
•Preheating the product using a variety of methods prior to placing into the vacuum chamber.
•Preheating the product in a specially designed vacuum chamber that is configured to provide convection heating as well as vacuum.
5.3 What are KOMEG’s Customers?
Our customers are the most important people ever in KOMEG Company. Our customers are not dependent on us KOMEG; We KOMEG are dependent on them. Our customers are not an interruption of our work; there are the purposes of it. We are not doing our customers a favor by serving them, there are doing us a favor by giving us an opportunity to do so. Our customers are not an outsider to our business, there are parts of it. Our customers are not someone to argue with; nobody ever won an argument with a customer. Our customers are not people who bring us their wants; it is our job to fill them profitably to them and to ourselves.
5.4 Specifications for No-Oxidation Oven
|Note: We reserve the right to change specifications without prior notice
|Heat up time
|±20～+200℃ about 50 Min
|Baking painted steel
|No Fuse Breaker, Over Temp. relay, ceramic fuse
|Recorder 30hr,isolating layer *2,N2 or CO2 flow meter
|AC220V±10% 1Φ 50Hz/60Hz
5.5 Factory pictures
Contact Person: Anna Hu