The Development History and Future Prospects of Lightweight Partition Wall Panels
In the early stages of development following the reform, various partition wall materials (foam concrete) emerged, including representative materials such as aerated bricks, hollow panels, gypsum boards, magnesium oxide boards, and cement bricks. Although each product has its unique characteristics, they all have their respective market niches. However, the market requires a new type of partition wall material that can combine the performance characteristics of the materials above. In this context, lightweight composite partition wall panels emerged.
Statistics show that using lightweight wall panels (foam concrete) can reduce total costs by approximately 30%. Compared to block and brick walls, panel walls can increase construction efficiency by at least three times. In advanced regions worldwide, wall panels account for 72% of wall structures, with Europe and America at 69%, Hong Kong at 60%, and the Middle East and Southeast Asian countries at 46%. In China, the use of new wall panels accounts for only about 10%. The massive demand for building materials in China and the widespread use of new panel materials in Europe and America indicate that new wall materials have enormous development potential in China.
During the development of lightweight wall panels (foam concrete), manufacturers have differing interpretations of future market trends. There are many types of lightweight wall panels on the market. Research and development efforts have widened the quality gap between various types of products from different manufacturers. Shenzhen Hengde Board Industry has introduced German production equipment and technology, enabling product quality to mature in terms of water resistance, lightweight, and fire resistance. While achieving these performance characteristics, it also considers superior performance in sound insulation and impact resistance, thereby becoming a high-quality product in the industry.
Lightweight partition wall panels (foam concrete) feature a unique three-in-one structure, combining lightweight design with high strength. They utilize an assembled structure where wall panels interlock to form a unified unit, offering superior impact resistance compared to traditional masonry. Anchored with steel components, the wall panels are riveted to structural columns and beams, stabilizing overall performance, reducing the building’s net load, securing it to the structure, enhancing the building’s structural safety factor, and effectively preventing earthquakes and collapse.
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