Waterproof Slab Formwork System With Adjustable Prop Table Formwork
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Detailed Product Description
suspended slab formwork
slab form work
concrete slab formwork
Waterproof Slab Formwork System With Adjustable Prop Table Formwork
Description:
1. Breif introduction
Especially for projects with a large number of similar applications and open facades, Alu-slab system is the right solution.
Here, table formwork is designed to suit a particular structure and is customised down to the last detail. If the geometry of the structure requires, for example, a trapezoidal-shaped table for a circular office building, the table system tailored solution is the right choice. Adapting to the shape of the structure means that infill areas are reduced to a minimum. We have to make all the formwork to slab.
2. Structure of table formwork
3. About the infill areas
For RA-INST system, infill materials are necessary for small space or same special area. They are usually composed of timber beam, prop, head-jack, tripod, and plywood as the below picture shown.
4. Competitive advantage
① Fast construction
The table formwork is pre-assembled; all the structural elements are connected by specific fastenings, so it is easily to move and turnover.
②Easy operation
The formwork is composed of plywood, timber beam, table head and props. It’s easy to assemble for labors with simple structure. Special skill train is no needed.
③Props are adjustable
Table formwork is supported with adjustable props; the props can be pivoted in two directions for meeting the demand of different height.
④Mature system with several kinds of specific tools.
We afford trolley, lifting fork, handrail for TBS-A system, trolley is especially for shifting table formwork from the slab; lifting fork is a lifting tool for lifting the table formwork by crane; The workers will be in a safe site condition by means of handrail.
5. Applications
- Q: How is the hydraulic support moving
- Hydraulic support is a kind of hydraulic power unit which uses the liquid pressure to generate the support force and realize the automatic movement to carry out the roof support and management. It is an indispensable supporting equipment for comprehensive mechanized coal mining. Used to control the coal mining face pressure structure of the mine. The surface pressure is applied to the hydraulic support.
- Q: Climbing and floor scaffolding advantages and disadvantages
- The bolt tightening torque should not be less than 40N · m, and should not be greater than 65N · m; [1] 2) The bar at the node is eccentric, 3) The connection quality of the fastener joints is significantly affected by the quality of the fastener itself and the operation of the workers. (3) The connection quality of the fastener joints is significant.
- Q: What is a climbing frame?
- Climbing frame, also known as lifting frame, according to its power source can be divided into hydraulic, electric, human hand pull and other major categories. It is developed in recent years, a new scaffolding system, mainly used in high-rise shear wall real estate. It can climb up or down along the building. This system makes the scaffolding technology completely changed: one is not to turn the shelves; the second is to remove the scaffolding of the dismantling process (after the assembly has been used to complete the construction), and not subject to height restrictions on the building, a great savings in manpower And material. And in the security point of view for the traditional scaffolding has a greater improvement. In the high-rise buildings with great development advantages.
- Q: Is the scaffolding scaffolding?
- Climbing frame, also known as lifting frame, according to its power source can be divided into hydraulic, electric, human hand pull and other major categories. It is developed in recent years, a new scaffolding system, mainly used in high-rise shear wall real estate. It can climb up or down along the building.
- Q: Climbing several, how is it running? And how much is the rental fee? Please explain in detail master! Thank you!
- Set the mounting platform --- Place the base, install the rails, assemble the horizontal truss parts - connect the beams to the rails with bolts and fasten the main frame to the beams - On the beam - the installation of wall-mounted device, the frame unloading to the guide seat --- with the structure connected to the elevated body, erected scaffolding, laying the middle layer or temporary scaffolding --- and the building structure to do temporary frame Pull the connection, hanging out the top of the safety net --- installed after the third beam, the installation of lifting seat and a layer with a wall guide block --- then the main frame of the main frame, the frame erected to the design height, Laying the top scaffolding plate, foot plate --- laying the bottom of the safety net and scaffolding, the production of flap - the upper frame and the structure of the effective pull-pull (pull-pull spacing of not more than 6m) --- hanging outside the row of dense security To the top of the frame --- the anti-fall boom inserted into the base anti-fall device, install the lifting wire rope --- placed electric control cabinet, distribution cable, install electric hoist, wiring, commissioning electrical system --- preload electric gourd, inspection and acceptance, with removal of the upper frame structure then pull, lift one synchronization --- fully installed, into Upgrade cycle
- Q: The difference between climbing and sliding mode
- The main difference between climbing and sliding mode (simple distinction, see below for details): Slipform: Increases the overall scale of the mold and the concrete in contact with each other. When the sliding mold is raised, the concrete in the upper part of the template is just under water, and the concrete in the lower part is near the initial condensed state, and the strength of the concrete is only 0.2 ~ 0.4Mpa. Climbing mode: the rise, the template has been off the concrete, then the concrete strength is greater than 1.2Mpa, the template is not friction with the concrete. Detailed distinction: Slip mode: cement concrete pouring used in a template, it can be along the horizontal direction, the slope direction or vertical direction gradually sliding, so that the side of the paused, side stripping, is an economical and advanced method, Known as sliding mode construction. The concrete used is hard thick concrete, or when the template slips, the edges of the concrete are prone to collapse. High-rise buildings, if the site stacking conditions are limited, the use of sliding mode is better, and the construction speed, reduce the template loss rate. But for the special wall of the building is not suitable for more. Climbing template: climbing template is attached to the building structure, with the structure of the construction and layer by layer of a template, when the structure of concrete to achieve demoulding strength and stripping, the template does not fall, relying on mechanical equipment and support the template And climbing up the device to climb up a layer, positioning fastening, repeated cycle construction. Climbing is an advanced template construction technology for cast-in-place reinforced concrete structures for high-rise buildings or towering structures.
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Waterproof Slab Formwork System With Adjustable Prop Table Formwork
- Ref Price:
-
- Loading Port:
- China Main Port
- Payment Terms:
- TT OR LC
- Min Order Qty:
- -
- Supply Capability:
- -
OKorder Service Pledge
OKorder Financial Service
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