Electronic Dry Cabinet

View as  
 
  • PCB storage cabinet provides ultra-low relative humidity storage environment for electronic manufacturing, which is designed to handle moisture-sensitive components and materials including printed circuit boards (PCB), plates, nano fibers, cassettes, optical fibers, integrated circuits, laboratory specimen.

    Model: TDA320F
    Capacity: 320L
    Humidity: 20%-60%RH adjustable
    Recovery time: Max. 30 min after open door 30 seconds then closed. (Ambient 25℃ 60%RH)
    Shelves: 3pcs, height adjustable
    Color: Dark blue, ESD safe
    Interior dimension: W898*D422*H848 MM
    Exterior dimension: W900*D450*H1010 MM

  • Desiccant storage cabinets provide ultra-low relative humidity storage environment, which is designed to handle moisture-sensitive components and materials including printed circuit boards (PCB), plates, nano fibers, cassettes, optical fibers, integrated circuits, laboratory specimen.

    Model: TDA240F
    Capacity: 240L
    Humidity: 20%-60%RH adjustable
    Recovery time: Max. 30 min after open door 30 seconds then closed. (Ambient 25℃ 60%RH)
    Shelves: 3pcs, height adjustable
    Color: Dark blue, ESD safe
    Interior dimension: W596*D372*H1148 MM
    Exterior dimension: W598*D400*H1310 MM

  • Desiccant dry cabinets provide ultra-low relative humidity storage environment, which is designed to handle moisture-sensitive components and materials including printed circuit boards (PCB), plates, nano fibers, cassettes, optical fibers, integrated circuits, laboratory specimen.

    Model: TDA160F
    Capacity: 160L
    Humidity: 20%-60%RH adjustable
    Recovery time: Max. 30 min after open door 30 seconds then closed. (Ambient 25℃ 60%RH)
    Shelves: 3pcs, height adjustable
    Color: Dark blue, ESD safe
    Interior dimension: W446*D422*H848 MM
    Exterior dimension: W448*D450*H1010 MM

  • Dry cabinet for electronics provides ultra-low relative humidity storage environment, which is designed to handle moisture-sensitive components and materials including printed circuit boards (PCB), plates, nano fibers, cassettes, optical fibers, integrated circuits, laboratory specimen.

    Model: TDA98F
    Capacity: 98L
    Humidity: 20%-60%RH adjustable
    Recovery time: Max. 30 min after open door 30 seconds then closed. (Ambient 25℃ 60%RH)
    Shelves: 1pc, height adjustable
    Color: Dark blue, ESD safe
    Interior dimension: W446*D372*H598 MM
    Exterior dimension: W448*D400*H688 MM

  • Baking Cabinets for Electronic Components ultra-low humidity control technology with low temperature baking, which meets the long-term storage environment of 40℃, <10%RH, these baking dry cabinets are designed for storing electronic components,PCB, MSD in a hot and dry atmosphere.

    Model: TDE1436F-6
    Capacity: 1436L
    Temperature & humidity range: 40℃ <10%RH
    Recovery time: Max. 30 min after open door 30 seconds then closed. (Ambient 25℃ 60%RH)
    Shelves: 5pcs, height adjustable
    Color: Dark blue, ESD safe
    Interior dimension: W1198*D682*H1723 MM
    Exterior dimension: W1200*D710*H1910 MM

  • 40 Degree C baking dry cabinets combine ultra-low humidity control technology with low temperature baking, which meets the long-term storage environment of 40℃, <10%RH, these baking dry cabinets are designed for storing electronic components,PCB, MSD in a hot and dry atmosphere.

    Model: TDE1436F-4
    Capacity: 1436L
    Temperature & humidity range: 40℃ <10%RH
    Recovery time: Max. 30 min after open door 30 seconds then closed. (Ambient 25℃ 60%RH)
    Shelves: 5pcs, height adjustable
    Color: Dark blue, ESD safe
    Interior dimension: W1198*D682*H1723 MM
    Exterior dimension: W1200*D710*H1910 MM

 ...56789...16 
We are professional in manufacturing Electronic Dry Cabinet Climatest Symor is one of the Electronic Dry Cabinet manufacturers and Suppliers in China. We also provide low price with our high quality commodity. If you are interested, please contact us.
X
We use cookies to offer you a better browsing experience, analyze site traffic and personalize content. By using this site, you agree to our use of cookies. Privacy Policy
Reject Accept