Immediate consultation: 400-880-6460
Eng
Product Center
DSM-ST500 Mechanical Dock Shelter
Mechanical dock shelters are suitable for a wide range of transportation vehicles and has less bearing pressure on the building walls. Advanced structural design ensures good sealing effect and plays a role in dust, wind and rain protection.
Technical description:
Door shelters can be designed into a variety of specifications and dimensions suitable for various models of heavy trucks of various tonnages.
Standard Heights: 3,200mm, 3,400mm, 3,600mm
Standard Widths: 3,200mm, 3,400mm, 3,600mm
Top Hanging Curtain Lengths: 1,000mm, 850mm
Side Hanging Curtain Width: 600mm
Side depth: 600mm
Product features:
Saving Energy
t has a good sealing effect on the space between the vehicle and the warehouse. It is windproof, rainproof, dustproof, and blocks the air flow, and also improves the working environment and helps energy saving and operation in the warehouse.
Frame Structure
The door shelter is composed of front frame, rear frame and connecting arm. The whole frame is treated with hot galvanization for corrosion resistance, and the surface is fixed and decorated with aluminum alloy profile which is anodized for an elegant appearance.
Curtain Quality
The curtain is made of neoprene fiber or polyeth-ylene fiber cloth and coated with PVC.Tensile Strength: 9,800/8,300 (N/5cm).Tear-Resistance Strength: 1,700/1,500 (N)
Bottom Door Mat
The bottom door mat ensures that the door shelter and door curtain are vertical while ensuring better sealing performance.
Steel Protection Device
In order to protect the handled goods and the door shelter from collision from the handling process, as well as reduce maintenance, the steel protection device is added.
Telescopic Frame Design
The frame is hinged to allow backlog and provides the necessary flexibility when approaching the vehicle.
Top Drainage System
The top of the door shelter frame is inclined to facilitate top drainage.
Sturdy Frame Structure
Effectively prevent side frames from spreading out under high pressure.
