Glory Launch! HUIJIN Metal Mesh Undertakes HIT (Shenzhen) Laboratory Aluminum Expanded Metal Ceiling Project
Recently, Anping County HUIJIN Metal Mesh Co., Ltd. received exciting news — successfully undertaking the aluminum expanded metal ceiling decoration project for the HIT (Shenzhen) Laboratory! This represents not only high recognition of the company’s years of dedication to the architectural decoration materials field but also a profound responsibility and mission. Behind this collaboration lies the grand vision of the HIT (Shenzhen) Key Laboratory Cluster Project and the numerous challenges faced by the aluminum expanded metal ceiling engineering works.
The HIT (Shenzhen) Key Laboratory Cluster Project is a key construction project in Shenzhen, with a total building area of 180,900 square meters. Located in Xili University Town, Nanshan District, Shenzhen, it enjoys a prime geographical position. The project plans to construct 4 new laboratory buildings with lower podium structures, featuring 17 above-ground floors and 3 underground floors, with a building height of 96.9 meters — a magnificent structure.
This project is designed to establish eight national key laboratories, covering cutting-edge fields including urban water resources and water environment, robotics technology and systems, and advanced welding and joining. Upon completion, it will become a gathering place for high-end scientific research talent and a source of technological innovation, holding major strategic significance for enhancing Shenzhen’s basic research capabilities and driving technological development in the Guangdong-Hong Kong-Macao Greater Bay Area. From project scale to research layout, its important position in China’s scientific research landscape is evident. HUIJIN Metal Mesh is deeply honored to participate.
Ensuring Stability of Suspension Rods in Complex Environments
Laboratory ceilings contain intricate piping systems. The HIT (Shenzhen) project features large structural beams, with significant spacing between the ceiling surface and structural soffit — exceeding 1.5 meters in some areas — and the ceiling follows a folded line with varying heights. Additionally, it must support the weight of aluminum panels and lighting fixtures while accommodating pipeline maintenance access. Therefore, suspension rods require enhanced tensile strength, with spacing rationally set according to aluminum panel module dimensions and lengths precisely adjusted. Primary and secondary joists must possess exceptional load-bearing capacity — stably supporting the ceiling without conflicting with pipelines — presenting a tremendous challenge for construction scheme design and implementation.
Leveraging years of industry accumulation, a professional team, and advanced equipment, HUIJIN Metal Mesh is fully committed to overcoming these challenges. Undertaking the HIT (Shenzhen) project represents both opportunity and challenge. We will honor our original aspiration with craftsmanship, strictly controlling every product detail to deliver a high-quality ceiling engineering solution for the HIT (Shenzhen) Key Laboratory Cluster Project, contributing to the construction of a scientific research innovation highland. We look forward to contributing HUIJIN Metal Mesh strength to more major projects in the future!
