What is the difference between a composite stent and a crack resistant stent

1. Overview of the integrated stent

The composite bracket is an important support system used in building construction. It consists of upright rods responsible for vertical support and crossbars

responsible for lateral support, forming a stable triangular structure that is able to support the weight of the building and withstand external forces.

The comprehensive bracket has independent support capacity and high safety, and is suitable for the construction of large and high-rise buildings.

Second, the introduction of anti-crack stents

Crack resistance bracket is a new type of building bracket system, its main function is to effectively prevent cracks and deformation of the wall.

It consists of a multi-point bracket with a wire rope suspended from the outside of the structure and a piping system fixed inside the structure.

The anti-crack bracket can reduce the swing and deformation of the wall, prevent the separation and misalignment between different layers,

and avoid cracks and collapses.

3. The difference between the two

There are certain differences in form and function between comprehensive stents and anti-crack stents. The comprehensive bracket is mainly used for

vertical and transverse support, which has the characteristics of good stability and strong applicability, while the anti-crack bracket is mainly used for

the support and protection of the wall, mainly to avoid the occurrence of cracks and deformation of the wall. The comprehensive bracket is suitable for

the construction of large and high-rise buildings, while the anti-crack bracket is suitable for the construction of various types of walls, which can effectively

support and protect the wall structure.

Fourth, summary

Building comprehensive brackets and anti-crack brackets are suitable for the construction process of different types of buildings. Although there are certain

differences between the two in form and function, they are both important components to ensure the safety of building construction and the stability of support.

In the process of architectural design and construction, it needs to be selected and applied according to the actual situation.