Steel Prop Production Process
Heavy Duty Steel Props
Light Duty Steel Props
U Head Steel Props
Steel Props With Tripod
Triangle Head Steel Props
Steel Props with Reinforced Tube
TSX Italia Light Steel Props For Construction
TSX Italia Light Steel Props ( 1.6-2.9M) , Load Capacity 13.2 – 15.62 KN
TSX Italia Light Steel Props ( 1.7-3.0M) , Load Capacity 12.06 – 15.62 KN
TSX Italia Light Steel Props ( 1.8-3.2M) , Load Capacity 10.85 – 15.62 KN
TSX Italia Light Steel Props ( 2.0-3.6M) , Load Capacity 8.14 – 15.62 KN
TSX Italia Light Steel Props ( 2.2-4.0M) , Load Capacity 6.2- 15.62 KN
Steel Props Production Processes
Cutting The Steel Props Pipe
Automatic Cutting The Pipe By Machine
Welding The Steel Props Screw
Weld The Steel Props Screw In Outer Tube
Welding The Steel Props Plate
Steel Props Welding The Plate On The Tube
Powder Coating the Steel Props
Powder Coating after the Welding
Packing the Steel Props
Packing the Steel Props in Bundle
Finished Steel Props
Packing the Steel Props in the Waregouse
DIN EN 1065 Class D Steel Props
TSX Steel Props Class D 30 T (1.82-3.0M),Load Capacity 21.1 – 39 KN
TSX Steel Props Class D 35 T (2.1-3.5M),Load Capacity 20.6 – 30 KN
TSX Steel Props Class D 30 (1.73-3.0M),Load Capacity 29.3 – 39 KN
TSX Steel Props Class D 35 (1.98-3.5M), Load Capacity 23.9 – 39 KN
TSX Steel Props Class D 35 ( 2.10-3.5M),Load Capacity 20.6 – 30 KN
Steel Prop Accessories
FAQ
Steel Props size can be customized.
Height 1050mm-4900mm with axial compression working load limits ranging from 7kN to 42.5kN.
Please confirm the building height and area, we will match the size for you or Recommend you the right size that suits your market.
If delivered to them in China, MOQ is 10 pcs.
If delivered Worldwide, MOQ is 1750 pcs for one 20GP container.
There are three types, the Middle Eastern type(60/48MM), the Spanish type(48/40MM), and the Italian type(56/48MM).
Different regions use different types, you can tell me which country you are from, I can recommend based on our experience.
You can tell us the total area of your building, and we will match the number of steel props according to the area. Usually, 4 pcs steel props are used per square meter
Normally, it takes around 3-5 weeks after the advance payment is received.
2021 is our tenth anniversary, and samples or formal orders are all eligible.
Any more discount activities, please contact our sales for more information.
Yes. And we also can provide you with choices and suggestions, such as color, content, and size.
Painted, Pre-galvanized, Powder Coated, Hot-dip galvanized.
You can tell us the height you need or we can advise you of a suitable specification base on our experience in your market.
If it’s a flower plate, the whole bundle can hold 2020pcs based on the length below 4m, and weight below 13.5kg.
If it’s a square plate, the whole bundle can hold 1500pcs based on the length below 4m, and weight below 18kg.
Steel Props is a system of structural members used temporarily to support loads during construction.
The forces arising from these loads must be fully resolved, using Steel Props or columns to provide all the support needed for the work under construction, such as beams, formwork, etc.
The design of Steel Props support system is a professional discipline, and complex forces must be considered, including the load to be supported; the inherent strength of the Steel Props support structure and its sturdiness, and the ability to resist external loads and wind loads;
- It must calculate all the loads to be supported.
- It must consider the characteristics of the support points.
- It must select appropriate materials.
- Calculate all the forces and make a propping design to resolve those forces.
1.It should be strong enough to withstand various dead and live loads. For example, self-weight, the weight of steel bars, the weight of wet concrete, worker’s load, and any other load during and after concrete placement.
2.It should be inflexible to build and effectively support and support to maintain its shape without excessive deflection.
3.The joints in the formwork should be tight enough to prevent leakage of cement slurry.
4.The formwork system should be created in a way that allows the different parts to be evacuated in the required order without shaking or damaging the concrete.
5.The material of the template should be cheap, easily available, and reusable many times.
6.The surface of the template should be flat and smooth and set appropriately to the required line and level.
7.When pouring concrete, the formwork material should not be bent or deformed due to sunlight, rain, or water.
8.It should be easy to remove.
