Scaffolding Steel Props for construction and scaffolding

1.Scaffolding Steel Props for construction and scaffolding 2.Material: Q235 Carbon Steel 3.Tube:48mm,56mm, 60mm

Product detail:

1.Scaffolding Steel Props for construction and scaffolding

 

2.Material: Q235 Carbon Steel  

 

3.Tube:48mm,56mm, 60mm

 

4.Wall thickness: 1.6mm, 1.8mm,

 

5.Finish: painted, powder painted, electro galvanized, hot dipped galvanized

 

6.scaffolding steel shoring prop

 

7.Heavy duty and light duty steel shoring prop

 

8.Bearing capacity: 10~30KN

 

9.Size: custom design or our regular sizes

Features:

1.It is up to 15 years long life time

2.It is durable, recyclable and safety

3.Reasonable stress and large bearing capacity

4.Improve working efficiency and save labour power

5.Large and saftey operating areal

6.Keep exactly straight

7.Corrosion protection alternatives

8.Open thread and covered thread

9.Adjustable telescopic, each having a series of maximum extended lengths and each having differing endplate configuration

Dimension:

Item No.	Description	Adjustable Length(mm)		Outside Tube         (mm)	Inside tube (mm)	Weight (kgs)	Finishing
		Closed	Extended
KH-SP-0800-001	Spanish Props	800	1400	48×1.6×765	40×1.8×835	4.76	Painted or Galvanized
KH-SP-1600-001	Spanish Props	1600	3000	48×1.6×1600	40×1.8×1600	7.58	Painted or Galvanized
KH-SP-2000-001	Spanish Props	2000	3500	48×1.6×1716	40×1.8×2000	8.45	Painted or Galvanized
KH-SP-2200-001	Spanish Props	2200	4000	48×1.6×2000	40×1.8×2200	9.33	Painted or Galvanized
KH-SP-1600-002	Italian Props	1600	2900	56×1.6×1524	48×1.8×1600	8.81	Painted or Galvanized
KH-SP-1800-001	Italian Props	1800	3100	56×1.6×1524	48×1.8×1800	9.21	Painted or Galvanized
KH-SP-2000-002	Italian Props	2000	3600	56×1.6×1750	48×1.8×2000	10.2	Painted or Galvanized
KH-SP-2200-002	Italian Props	2200	4000	56×1.6×2024	48×1.8×2200	11.05	Painted or Galvanized
KH-SP-1400-001	German Props	1400	2700	60×2.85×1396	48×3.2×1400	14.5	Painted or Galvanized
KH-SP-1600-003	German Props	1600	2700	60×2.7×1550	48×3.2×1600	13.1	Painted or Galvanized
KH-SP-1620-001	German Props	1620	2640	60×2.0×1396	48×3.2×1610	10.5	Painted or Galvanized
KH-SP-2000-003	German Props	2000	3500	60×2.85×1900	48×3.2×2000	16.1	Painted or Galvanized
KH-SP-2200-003	Middel East Props	2200	4000	60×3.0×1900	48×3.5×2200	19.27	Painted or Galvanized
KH-SP-3000-001	Middel East Props	3000	5500	60×3.2×2680	48×3.2×2900	27.36	Painted or Galvanized

Type of shoring props:  

Shoring entails the construction of a temporary safety structure to prop up walls in a building that has become unstable due either to foundational expansion or natural disaster. The type of shoring a contractor chooses will depend on a specific building's structural status and the circumstances surrounding the building's weakness.

Raking Shoring 

This shoring technique deploys rakers, or scaffolding tubes, set at an incline from the ground to the top of the wall and providing support from the side along the way. The rakers originate from a sole plate embedded in the ground and continue upward to link to a wall plate screwed into the structure near its top. Rakers should be angled at 45 degrees, though an incline of up to 75 degrees is also acceptable. Rakers must be secured at intervals with braces that bolt into cleats on the wall. Experts advise against using construction wedges to connect rakers to sole plates, because wedges can fail if the building vibrates or shakes.

Flying Shoring  

This method uses shores that don't touch the ground, but rather span in midair the widths between the walls you're propping up. The flying shoring technique focuses on a horizontal strut or shore placed between the walls, secured to wall plates and supported by a network of needles, or shorter beams, and steel construction cleats. Additional inclined struts brace into wall plates and angle upward to the horizontal shore to provide additional strength. Inclined struts gain extra support from needles at the top and straining pieces, or straining sills, at the bottom.

Dead Shoring  

These shores provide vertical support to roofs and floors. The method is designed to arrange a system of beams and posts that can both support a building's weight and transfer the weight to a foundation on the ground. Builders install dead shores by cutting holes into walls and inserting vertical beams or girders to prop up the structure above. Dead shores, which are vertical props, are braced to a sole plate on the ground, and needles are secured horizontally to the tops of the dead shores. Builders should leave enough distance between the dead shores and the walls to allow workers to pass through the space.

What Shoring to Use

1.All types of shoring are suited to propping up walls that deformer or warpage and need repairs or replace. 

2. Combinations of shoring methods also work when an adjacent structure requires demolition, or when you're cutting openings into walls.

3. Horizontal flying shores are ideal for support of walls in two separate buildings when a structure in between the buildings is slated for demolition. Dead shores prop up roofs and floors when the bottom segment of a wall has been removed to create an opening or to rebuild a defective load-bearing wall.

4. For added safety during wall-cutting, some contractors install raking shores in addition to dead shores for greater insurance against falling walls.