• Auto-climbing Formwork from CHINA with Hydraulic system System 1
  • Auto-climbing Formwork from CHINA with Hydraulic system System 2
  • Auto-climbing Formwork from CHINA with Hydraulic system System 3
  • Auto-climbing Formwork from CHINA with Hydraulic system System 4
  • Auto-climbing Formwork from CHINA with Hydraulic system System 5
Auto-climbing Formwork from CHINA with Hydraulic system

Auto-climbing Formwork from CHINA with Hydraulic system

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Loading Port:
Shanghai
Payment Terms:
TT OR LC
Min Order Qty:
1 m²
Supply Capability:
500000 m²/month

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Introduction of Product


The driving power of the auto-climbing formwork is the hydraulic unit, which consists of the oil cylinder and commutators. The steel rail and bracket can climb up alternately via the functioning of hydraulic system, the commutators used to control the lifting of the climbing rail and the bracket so that realize the inter-climbing movement of steel rail and the bracket, thus, the whole system will climb up steadily. Cranes are unnecessary during the process of construction. this hydraulic climbing system is easy to operate, and climbing is fast and safe.


Characteristics of Product


1. Crane-independent

2. One oil cylinder unit can lift 50KN.
3. The QPMX-50 system can climb not only vertically but also slantwise, and the forward or backward inclination can be up to 18 degrees.

4. 
Perfect load bearing anchor system.

5. The bracket does not come back to the ground until construction work is finished, and spacing for work is reduced while the bumping damage is almost completely prevented, especially for the plywood.
6.The error of structure construction is tiny and easy to correct.
7.The formwork can climb up through itself and clean work can be done in site. The number of crane lifts are greatly reduced.

 

Auto-climbing Formwork from CHINA with Hydraulic system

Climbing Process


1.Set up the formwork by wall-through tie-rods and pull-push props, embed anchors and make concrete pouring in the first time.
2. Strip the formwork after the first pouring and fix anchor shoes on the finished wall, lift the brackets and formwork to the right position, match the formwork and do the second pouring.
3.Lift formwork and brackets to the higher floor; fix climbing rail and hydraulic system.
4.Put the formwork to the right position and do the third pouring.
5. Remove the formwork and fix anchor shoes on the finished wall, then let the climbing rails climb.
6. When the brackets climb up to the right position, install suspended platform.
7. Ajust the formwork and proceed with the concrete pouring and proceed into the standard climbing stage.




 

Q: What are the maintenance and maintenance of hydraulic climbing formwork
Whether or not the double screw nut is used on the important bolt connection, the degree of the fastening, whether the steel bar is pressed according to the rules, and the steel wires are bundled together
Q: Climbing frame is divided into several kinds, what is its running mode? What is the rental cost? Please explain in detail! Thank you very much
Climbing frame installation processInstallation of platform --- display base, installation guide, assembling components - horizontal truss beam with the bolt on the guide rail, the main frame vertical rod buckle on the beam - diagonal rod buckle on the vertical rod and beam - wall installation guide device, the frame structure of unloading with elevated body, the erection of scaffolding, the laying of the intermediate layer or temporary scaffolding and temporary building structure frame of pulling and hanging outside the dense mesh safety net - loaded third beams to guide seat -
Q: The difference between the scaffold and the scaffold
Climbing frame, also known as the lifting frame, according to its source of power can be divided into hydraulic, electric, manual pull and other major categories. It is a new type of scaffolding system developed in recent years, which is mainly used in high-rise shear wall construction. It can climb up or down the building. This system makes the change: one is the scaffold without turning over shelf, two is exempt from the disassembly process of scaffold (an assembly has been used after the completion of construction, and not affected) building height restrictions, greatly saves manpower and material. And in terms of security is also a big change for the traditional scaffolding. Highly developed in high-rise buildings.
Q: Advantages and disadvantages of climbing frame and floor type scaffold
3, compared with the economy, the processing is simple, and the investment cost is low; if the geometric dimensions of the scaffold are carefully designed, and the utilization rate of the steel tube is improved, the material consumption can also obtain better economic effect. Fastener steel pipe frame equivalent to 15 square meters per square meter of construction steel.
Q: The whole concrete wall climbing frame or good use of steel scaffolding
Floor scaffold:Advantage:1) large bearing capacity. When the scaffolding geometry and structure comply with the relevant requirements, under normal circumstances, the bearing capacity of 15kN ~ 35kN of the single column scaffold (1.5tf ~ 3.5tf, design value).Clamp and Tube Scaffold2) easy to install and disassemble, set up flexible. Because the length of the steel tube is easy to adjust and the fastener is convenient to connect, the utility model can be used for various buildings and structures with various planes and elevations.3, compared with the economy, the processing is simple, and the investment cost is low; if the geometric dimensions of the scaffold are carefully designed, and the utilization rate of the steel tube is improved, the material consumption can also obtain better economic effect. Fastener steel pipe frame equivalent to 15 square meters per square meter of construction steel.
Q: What is an integrated climbing frame? What are the works? What are the advantages
. It can climb up or down the building. This system makes the change scaffolding Technology: one is without turning over the shelf; two is exempt from the disassembly process of scaffold (an assembly has been used after the completion of construction, and not affected) building height restrictions, greatly saves manpower and material

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