Xingtai New Energy Industrial Park | China

Modern Industrial Facility with Optimized Design and Waterproofing Solutions

Project Overview

This industrial facility covers a building area of 69,549.95 square meters, and includes a combination of a main workshop, office area, and warehouse. Designed to accommodate a wide range of industrial operations, this facility is structured with two floors above the ground, providing ample space for production and administrative functions. The project’s design incorporates advanced structural engineering and high-quality waterproofing techniques to ensure longevity and operational efficiency.

Key Features

• Total Building Area: 69,549.95 m²

• Facility Components: Main workshop, office area, and warehouse

• Floors: 2 floors above the ground

• Structural Types: Independent foundation, frame structure, steel truss floor bearing plate for roof panel

• Waterproofing: SBS waterproof rolls applied twice

The facility's layout is designed to support seamless operations across different departments, from production to administration, with clear separation of functions.

Structural Design

The building features an independent foundation and a frame structure, which includes box columns and H-shaped steel beams. The roof is supported by steel truss floor bearing plates and incorporates a slope-making structure for enhanced drainage. This design ensures stability and strength, while optimizing the use of materials and space.

Waterproofing Solution

One of the standout features of this project is the waterproofing system. The building's roof is treated with SBS waterproof rolls, applied twice for extra durability and long-term protection. This solution effectively addresses the common issue of rain leakage, which has been a persistent problem in similar industrial plants in the area. The optimized design and installation ensure that water ingress will not compromise the structural integrity or operations of the facility.

Project Significance

This industrial facility stands as an example of how advanced engineering and design solutions can address specific challenges faced by local industrial plants. By solving the rain leakage issue with an optimized waterproofing approach, the project ensures that maintenance costs are minimized and that the plant can operate smoothly for years to come. The structural elements, such as the independent foundation and frame structure, provide a solid foundation for the facility's long-term use.