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|Material:||Q235 Steel||Cross Section Size:||2.5m *1.2m|
|Surface Treatment:||Spray Painted, Hot Dip Galvanized||Application:||Highways Subways Bridges Tunnels Construction|
|Color:||As Your Requirements||Type:||Socket And Spigot Joints Scaffolding Stair Access Towers|
Highways Subways Bridges Tunnels Construction Scaffold Stair Access Towers
Brief Introduction :
Stair towers are a necessity when safe and quick temporary access is needed on any new construction, rehabilitation, or industrial project. It is safe and convenient, easy and flexible to assemble and disassemble, and has good bearing capacity. It is highly praised by clients for its advantages.
The main components of safety climbing scaffold are vertical bar, cross bar and inclined bar.
The Socket And Spigot Joints Type Scaffolding Stair Access Towers is widely used in construction of houses, Bridges, overpasses, tunnels, culverts, chimneys, water towers, DAMS and large-span scaffolds.
1. Material: Q235
2. Thickness of vertical tube : 3.25mm
3. Thickness of horizontal tube: 2.2mm
4. Thickness of oblique tube: 1.5mm
5. Height each piece: 3000mm
6. Length each piece: 2500mm
7. Width each piece: 1200mm
8. Weight of each piece : 75KG
Features and advantages:
Each interval of 50CM or 75CM or 100CM on the vertical bar is provided with a row of pin stock, which is made of high-strength steel plate stamping and welded on the steel pipe through special clamps. The welding line length is large and the stability is extremely high. The two ends of the cross bar are respectively set with the corresponding buckle and pin base plug. The range of contact between the cross bar plug and the vertical bar steel pipe is large, with two-way locking function. Each pin base node can be equipped with 4 cross bar joints at the same time.
The reasonable pin base joint structure and vertical bar axial force make the overall structure of the scaffold have high strength in 3d space, good overall stability and reliable self-locking function, which can effectively improve the stable strength and safety of the whole scaffold of the scaffold and better meet the needs of construction safety.