New PP board and QQ board lead the low carbon development of building ceramics industry

With the approach of the renovation season, many homes and office buildings have been gradually renovated, and the building materials market has gradually become active. The "thin, light, large" inorganic ceramic sheet (PP sheet) and light weight sheet (QQ sheet) originally created by a new type of material company in Guangdong have been highly concerned by the industry since the initial stage of R&D, and have been favored by consumers after being officially listed in bulk. Become the new leader in the architectural ceramics market.

It is understood that the PP plate is a large-size porcelain thin plate prepared by a dry pressure forming and high-temperature sintering process. In keeping with or even exceeding the performance of traditional brick products, it cuts its own thickness to one-third of that of traditional brick products. It is an innovative ceramic material and is the national “15th Five-Year Plan” technology research project “brick” The thinning of "successful industrialization of technological achievements.

QQ board is a sister product of PP board. It is a kind of green building material that utilizes ceramic waste comprehensively and combines high-temperature firing and foaming process. Its heat resistance and sound insulation effect are better than ordinary building ceramic products. The most prominent feature of the QQ board is the extremely light weight, stunning four-piece ceramic that can float on the water.

In terms of energy consumption of products, these two new building materials products save more than 60% of raw materials in the production process, save 63.2% of water, reduce 91.6% of waste emissions, and reduce the emission of pollutants such as carbon dioxide and dioxide* up to 84%. Reduce the overall energy consumption by more than 50%. Secondly, in terms of transportation and use, the thinning of the PP board and the lightweight of the QQ board greatly reduce the weight of transportation, save the logistics transportation costs, and directly reduce the logistics and construction. Carbon emissions from construction. It can be seen that no matter from production or application, the introduction of these two kinds of lightweight new building materials has rewritten the status of “high pollution, high energy consumption, and low added value” in the ceramic industry, and has truly achieved low-carbon production and management.