Tie Rod Tensioner Used in Formwork Accembly in Construction Project

Product Details
Customization: Available
After-sales Service: 2 Weeks
Application: Construction Tool
Gold Member Since 2016

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  • Tie Rod Tensioner Used in Formwork Accembly in Construction Project
  • Tie Rod Tensioner Used in Formwork Accembly in Construction Project
  • Tie Rod Tensioner Used in Formwork Accembly in Construction Project
  • Tie Rod Tensioner Used in Formwork Accembly in Construction Project
  • Tie Rod Tensioner Used in Formwork Accembly in Construction Project
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Basic Info.

Model NO.
1.6KG
Certification
ISO
Surface Treatment
Yes
Technics
Forged
Material
Steel
Type
Fasteners
MOQ
2000PCS
Lead Time
2 Weeks
Usage
Construction Site
Transport Package
PP Woven Bag
Specification
1.6KGS
Trademark
hualin
Origin
Hebei China
HS Code
732690

Product Description

Tie Rod Tensioner Used in Formwork Accembly in Construction ProjectTie Rod Tensioner Used in Formwork Accembly in Construction ProjectTie Rod Tensioner Used in Formwork Accembly in Construction ProjectTie Rod Tensioner Used in Formwork Accembly in Construction Projecttie roe tensiner , rebar tensiner are tool which used in construction project to  accembling formwork. packing in PP woven bag. A tensioner is a mechanical device used to lock or tighten an object. It usually consists of two removable clamps that can be moved simultaneously by a pair of screws or handles. The working principle of the tensioner is to clamp the object through the movement of the clamp to achieve the purpose of locking or tightening. The actual length of the tensioner refers to the length of the object that it can tighten. Therefore, the actual length of the tensioner depends on the length of the object it can pull tight. Usually, the actual length of the tensioner is measured according to its compression and extension ability.
For example, a tensioner that can be compressed to 1 inch and extended to 2 inches, its actual length is 1 inch. When fully extended, it has a length of 2 inches. Therefore, the actual length of the tensioner changes with the change of its compression and stretching ability.
In short, the actual length of the tensioner is determined by the length of the object it can pull. Understanding the structure and working principle of the tensioner can help us better use and maintain it, improve work efficiency and production capacity.

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