Product Details
Place of Origin: Guangdong, China
Brand Name: Haoxiang
Certification: CE
Model Number: GTY10T-6X8
Payment & Shipping Terms
Minimum Order Quantity: 1 unit
Price: USD4800- USD6800 / UNIT
Packaging Details: Naked packaging
Delivery Time: 7-15 work days
Payment Terms: T/T
Supply Ability: 5000 units per year
Product Size: |
W1830mm*H2280mm*D495mm |
Marketing Type: |
New Product 2025 |
Keywords: |
Dock Leveler |
Load Capacity: |
6-20T |
Platform: |
Customized |
Deck Type: |
Steel |
Product Size: |
W1830mm*H2280mm*D495mm |
Marketing Type: |
New Product 2025 |
Keywords: |
Dock Leveler |
Load Capacity: |
6-20T |
Platform: |
Customized |
Deck Type: |
Steel |
Operating via hydraulic mechanisms, these dock levelers use a main cylinder to raise the platform, while a smaller cylinder triggers the movement of the lip plate. When the lip plate lies naturally on the truck bed, it creates a smooth link between the dock and the vehicle, optimizing the loading process. This fixed hydraulic dock leveler has a scalable structure that adapts to varied height needs and transport scenarios, ensuring compatibility with various trucks and containers while solving the uneven handling issues of traditional dock levelers.
Electro-hydraulic control allows for easy use, which raises loading efficiency and reduces time and labor expenses.
Crafted from high-strength manganese steel square tubes, it has excellent pressure-bearing capacity and resists warping.
Protects maintenance personnel when they carry out inspection or repair work inside the dock bridge.
With tight sealing, a solid structure, and an integrated design, it prevents oil leakage.
Paired with a stable power unit, they provide strong driving force and superior sealing performance.
The patterned steel platform stops slipping during the platform's lifting or lowering.
This incline ensures a snugger fit with the truck bed.
The lip plate is connected through a long-shaft joint, boosting strength and reliability.
Enables a smoother and more convenient link between the dock and the vehicle.