Luoyang Shangke Electrical Technology Co., Ltd. Project

Steel Structure Electrical Factory Introduction

Henan Steel Structure Luoyang Shangke Electric Technology Co., Ltd. Project This project is the 1# and 2# production workshop project of Luoyang Shangke Electric Technology Co., Ltd., located in the industrial cluster area of Yiyang County, Luoyang City, Henan Province. The structural form of this project is a portal frame light house steel structure (steel column, steel beam, color steel plate enclosure); the indoor and outdoor height difference is 0.30m, the building height workshop is 12.75 meters (outdoor floor to eaves), the west side annex is 15.0m (outdoor floor to roof), the building number of floors is a single-story workshop; the building covers an area of 6915.47㎡, and the total construction area is 6915.47㎡.

This project is a factory building with a design service life of 50 years; the structural safety level is level 2; the foundation design level is level C; the fire resistance level is level II; the seismic fortification category is level C; the production fire hazard is level E; the building roof waterproofing level is level II; the steel structure roof adopts corrugated steel plate for self-waterproofing; the workshop wall elevation is above -0.06m and below 1.2m is 240 thick MU10 sintered coal gangue brick, M7.5 mixed mortar masonry; the wall elevation above 1.2m adopts single-layer corrugated steel plate, model is Y28-205-820 type 0.30mm single-layer corrugated steel plate.

Layout and Functional Zones in a Steel Structure Electrical Factory

Production Area: This is the main space where electrical components are manufactured and assembled. It is typically equipped with machinery, assembly lines, and workstations. Depending on the factory's focus, this area might also house testing stations for ensuring product quality.

Storage and Warehousing: Electrical components and raw materials are stored in dedicated sections of the factory. Steel structures allow for high, open storage spaces, which can be optimized for large quantities of raw materials or finished products.

Quality Control and Testing Labs: Electrical components often undergo rigorous testing to meet safety and performance standards. These labs are designed to be isolated from the main production areas to ensure that testing processes do not disrupt manufacturing.

Administrative and Office Space: Steel factories often have office spaces for the design and management teams, where activities such as R&D, project management, and administrative work are carried out.

Loading and Unloading Docks: These areas facilitate the shipment of raw materials and finished products. Steel buildings can easily accommodate large loading bays with high doors for convenient access.

Worker Amenities: Factories usually include amenities such as break rooms, locker rooms, and restrooms to ensure the comfort and well-being of the workers.

Benefits of Steel for Electrical Equipment Production

Electromagnetic Shielding: Steel has good shielding properties, making it an excellent choice for preventing electromagnetic interference (EMI) in the manufacturing process of sensitive electrical components.

Corrosion Resistance: Steel structures are often treated with anti-corrosion coatings, ensuring the factory remains durable even in challenging environmental conditions (such as high humidity or exposure to chemicals).

Sustainability: Steel is a highly recyclable material, and many factories opt for eco-friendly steel structures that minimize environmental impact.