Coustomized Microcomputer PID Vacuum Drying Oven 220V rust resistance

1. Name: Coustomized Microcomputer PID Vacuum Drying Oven 220V rust resistance

     2.  Product Introduction:​
 
       2.1 Quick Detail:

       2.2 Application:       

 Vacuum drying oven is used for drying and heating test in vacuum condition of objects in scientific research units, specialty universities, industrial and mining enterprises’s laboratories together with production field, etc.

Drying goods in vacuum condition has a lot of advantages as follows:
1. Can reduce the drying temperature.
2. Avoid some of the items being oxidated when heating.
3. Avoid some biologic cells being killed by the air when heating.
4. No dust damage.
      
2.3 Characteristics:

1. The box uses high quality cold-rolled steel plate, coated with electrostatic powder spraying; the coat is hard and firm, with strong rust resistance.    
2. The studio is made up of high quality stainless steel plate,which has round shape and is smooth ,fluent and easy to clean.
3. It is full of superfine glass wool thermal insulation material between the box and the studio,what brings good heat preservation. That can effectively guarantee the stability and accuracy of the temperature in the box and the influence to the environment.    
4. It has a double-layer tempered glass door , users can observe items being heated inside the machine clearly and has good heat insulation effects. The operator can avoid being burned.
5. There is a rubber sealing ring between the studio and glass door to ensure the higher vacuum.
6. The heater is installed on the surface of the studio to improve the temperature uniformity as possible and easy to clean.
7. Temperature control adopts microcomputer intelligent digital technology manufacture, has industrial PID. It has four-digit double LED Windows indicating function, precision temperature control, strong anti-jamming ability, and is also very convenient to operate (see Temperature Controller Operating Manual).    

 
2.4 Specifications:

       2.5 Picture: