010203040506
Customizable Drying Box from China Suppliers - Quality Factory Solutions for Your Drying Needs
Drying is generally used as the last process of surface treatment, depending on the customer's use requirements and whether the drying process is required. The drying box is made of a combination of carbon steel and steel sections welded together, the exterior is covered with an 80mm post insulation layer. It is equipped with a left and right automatic double door and burner heating system, and is equipped with anti-bumping blocks on both sides of the door track. Additional drying boxes can be individually customised according to customer process requirements.
Technical Specifications
Material
- 5 mm thick 304 stainless steel.
Structure
- Steel frame support with thin steel sheets laid on the surface.
- Insulation layer.
- Bottom made of sloping surface.
- Main body materials all made of 304 stainless steel sheets.
- Steel structure overhead at the bottom of the drying box.
- High level drying chamber, entrance connected to the exit of the saponification tank tunnel.
- Tunnel lift partition door in the middle.
- 3 Workstation design.
Configuration
- Box, drain valve, and pipework.
- Steam heated pneumatic angle seat valve.
- Steam heated plate heat exchanger.
- Automatic operating upper cover.
- Circulation fans.
- Temperature sensor.
Operations
- Control: Automatic temperature control.
- Medium: Hot air.
- Function: Drying of the surface of the coils.
Operating Process Workflow
1
Manipulator runs to the first station in the drying box.
2
Rising of the tunnel lift partition door located between the saponification tank and the drying box, followed by the closing of the tunnel partition door.
3
Closing of the upper flap of the first station.
4
Resting of the discs in the chamber for a designated period of time. Upon arrival of the set time, the upper flaps of both the first and second stations open.
5
The robot drives the disc into the second station and closes the upper cover of the second station.
6
The tray is left in the box for a set period. Once the time is reached, the upper covers of the second and third stations open.
7
The robot drives the disc strip into the third station and closes the upper cover of the third station.
8
The discs are left in the box for a designated period of time.
9
Once the time is reached, the drying box exit lift door lowers, and the drying box exit opens.
10
The manipulator drives the tray to the next station, completing the drying process.
11
When the robot reaches the next station, the drying box exit lift door rises and the drying box exit is closed.
Frequently Asked Questions
What is the primary function of the drying box?
The drying box is designed for drying the surface of metal coils. It is typically used as the final step in the surface treatment process, depending on the specific requirements of the customer.
What materials are used in the construction of the drying box?
The exterior structure features a welded combination of carbon steel and steel sections with an 80mm insulation layer. The main inner body, including the chamber walls, is made of 5 mm thick 304 stainless steel sheets.
How does the temperature control system function?
The system features automatic temperature control utilizing a temperature sensor, a steam-heated pneumatic angle seat valve, a steam-heated plate heat exchanger, and circulation fans to distribute hot air.
What is the layout of the drying chamber workstations?
The drying chamber is designed with 3 distinct workstations. The manipulator moves the items sequentially through these stations, which feature automatic operating upper covers to manage heat and airflow.
Can the drying box configuration be customized?
Yes, additional drying boxes can be individually customized and configured to align with specific customer process and dimensional requirements.