factory customized Scaffolding Tie Rod - Scaffolding Swivel Coupler for construction – Sampmax
factory customized Scaffolding Tie Rod - Scaffolding Swivel Coupler for construction – Sampmax Detail:
Raw Materials: Q235
Nut Size: 17/19/21/22/23mm
Production Tech: Pressed & Forged
Surface Treatment: Electro galvanized/Hot-dip galvanized/Pre-Galvanized/Powder coated/Painted
Other Type we supply: Double Clamp/Swivel Clamp/Inner Joint Pin /Sleeve Clamp
Scaffolding Swivel Coupler
The setting of scaffolding couplers is very important to ensure the stability of the scaffolding system. The location and quantity of the scaffolding couplers should be determined by design and calculation based on the height of the scaffolding system, the structure of the building, the height of the floor, and the load.
Fasteners are not only used for scaffolding system, but can also be used for connection in formwork or other places in the jobsite.
|Pressed & Forged
|Electro galvanized/Hot-dip galvanized/Pre-Galvanized/Powder coated/Painted
|Other Type we supply:
|Double Clamp/Swivel Clamp/Inner Joint Pin /Sleeve Clamp
Product detail pictures:
Related Product Guide:
we could supply good quality goods, aggressive cost and very best purchaser assistance. Our destination is "You come here with difficulty and we supply you with a smile to take away" for factory customized Scaffolding Tie Rod - Scaffolding Swivel Coupler for construction – Sampmax , The product will supply to all over the world, such as: Burundi, Hungary, Argentina, Since its foundation , the company keeps living up to the belief of "honest selling , best quality , people-orientation and benefits to customers. " We are doing everything to offer our customers with best services and best products . We promise that we'll be responsible all the way to the end once our services begin.
By Lorraine from Romania - 2018.11.28 16:25
We are old friends, the company's product quality has been always very good and this time the price is also very cheap.
By Priscilla from Luxembourg - 2017.08.28 16:02