After continuous research and development, our company has innovated in plant steel truss construction technology. In order to guarantee quality, we adhere to strict scientific calculations to ensure the stiffness and stability of the plane steel truss. This includes reducing the chord length outside the truss plane to bear possible side loads and placing side supports in the steel truss.

Consequently, our plant steel truss structures can generally be categorized into horizontal supports (upper and lower string planes, transverse and longitudinal), vertical supports (including both ends of the truss and the middle), and tie bars, among other types.In keeping with the stringent design concept, the pair of steel trusses can be configured along the lower string and upper string planes, respectively, with vertical supports situated at both ends of the steel truss and the vertical rod plane, at a suitable distance in the middle.

There are many steel trusses in the roof structure, you can only set the upper and lower string horizontal support and vertical support between the two ends and the adjacent two trusses at a certain distance, and the rest of the trusses only set the tie rod at the appropriate distance, in order to be safe in the steel truss installation of the plant, when there is a heavier crane or necessary, you can also add longitudinal horizontal support between the lower string end of the trussAnd at regular intervals within the four-sided or multi-sided tower, measures should be taken to ensure the stiffness of the tower and the geometric invariance of the cross-section. This facilitates the design, production, and installation of the truss, making the process more convenient.

Application Fields	Steel Structural Fabrication Construction
Color	Customized Light Steel Structure House
Purlin	C.Z Shape Steel
Material	Section Frame
Certificate	ISO 9001
Use	Truss
Roofing	Insulation Materials
Surface treatment	Color Coated