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Steel Structure Workshop

Prefabricated Steel Structure Workshop

The roofs and walls of steel-structure industrial buildings utilize various types of paneling; during assembly, these panels overlap one another, leaving no gaps. Consequently, steel-structure buildings are effectively insulated from the external environment. Steel-structure buildings are favored for their rapid construction speed, lightweight nature, excellent seismic resistance, and eco-friendly characteristics.

Sanon New Material Technology (Luoyang) Co., Ltd.

Project Scale:
Upon completion, the plant will produce 60,000 tons per year of high-performance extractants.
Total Investment: 600 million RMB

Yoshida New Materials Phase I Plant Project

Total Area: 17,000 m²
Plant 4# & 5#: 6,000 m² each
Construction Location: Nancun Town, Zezhou County, Jincheng City
Structural Form: Light Steel Structure, Portal Frame
Frame Type: Three-span, six-slope roof
Eave Height: 11.30 m
Total Length: 83.40 m
Total Width: 72.70 m
Roof Slope: 1:20
Foundation Type: Reinforced Concrete Independent Foundation
Plant 2# & 3#: 2,500 m² each
Material Specifications:
Portal Frame: C355B Grade Steel
Bracing, Purlins, Wall Girts, Channel Steel, Angle Steel, Round Steel: Q235B Grade Steel
Unspecified Steel Components: Same as Portal Frame (C355B)

Luoyang Bearing Research Institute Project

Building Area: 17,451.30 m²
Building Height: 13.60 m
Total Construction Period: 210 Days
Main Structure Type: Portal Frame Structure
Number of Above-Ground Floors: 1 Floor
Number of Underground Floors: None

Cylindrical Tube

Box Column / Box Beam

A box column beam is a type of beam composed of two steel plates and other components, partitioned along the axis of symmetry or at the junction of different shapes, and installed and welded in coordination with the hoisting sequence. Like H-shaped steel, it is frequently used in steel structure construction projects, typically in steel structure factories and bridge construction, serving as columns or main beams in steel structure engineering.

Cruciform Column

A cross column is a type of steel material assembled from components cut by a multi-head steel plate cutting machine, with the web and flange plates assembled, then corrected, cut, welded, and assembled. The entire structure is initially processed into H-shaped steel. As an important structural column in a framework, steel structure cross columns improve the overall construction efficiency of steel structures on-site. As a key structural column in a framework, they possess advantages such as light weight, high rigidity, high strength, simple construction, corrosion resistance, convenient installation, and low maintenance costs. They can meet requirements for different loads and structural forms, offering broad application prospects.

Truss

Steel structure truss is a common structural form used in the construction of steel structure projects such as bridges, large industrial plants, and high-rise buildings. It is a triangular structure made of steel, designed to support these constructions. Steel trusses offer advantages such as light weight, high strength, good seismic performance, simple structure, and ease of construction, making them an ideal structural form in engineering construction.

Crane Beam

The main component of a crane beam (or crane girder) is the main girder, which is the primary steel structure used to support and bear the weight of lifted objects. As the most critical part of the crane beam, it serves as the main load-bearing component of the crane and is typically made from high-strength steel. The main girder connects to the crane's bridge or body and is responsible for transmitting the load to it. It also connects to the crane's trolley or lifting mechanism, which handles the hoisting and movement of goods. The overall crane beam system also includes the crane itself, which is responsible for lifting and lowering the load.

Large-tonnage Special-shaped Components

Large-tonnage special-shaped components refer to steel components with unique shapes, characterized by large spans, irregular forms, and asymmetrical edges. These components are typically used in the construction of large-span building projects and are widely applied in various sectors, including large industrial plants, warehouses, hospitals, office buildings, high-rise structures, cold storage facilities, multi-story parking garages, bridges, and other construction industries.