China is in a phase of rapid economic development and urbanization, with the annual increase in floor area reaching 1.6 to 2 billion square meters. Building energy conservation has become a key focus of China's energy-saving efforts. As the pace of urbanization accelerates, the number of buildings is increasing: the total floor area of existing buildings exceeds 40 billion square meters, with an expected additional 30 billion square meters by 2030. 99% of existing buildings are non-energy-efficient, and due to the country's high emphasis on building thermal insulation and energy conservation, they require energy-saving renovations. With the light weight, significant energy-saving effects, minimal damage to the building structure, cost reduction, and no impact on usage during renovation of old buildings, the external wall thermal insulation system has become the main method for achieving building energy conservation. The surface layer of the external thermal insulation system also requires materials for protection and decoration, and the decorative materials for the outer surface must have flexibility, good compatibility with the thermal insulation system, and excellent breathability. In this field, the market still lacks products that excel in performance, cost, and environmental protection. With the further development of China's economic buildings, the decorative materials for building facades have made remarkable progress in recent years, increasingly becoming an important indicator of a nation's standard of living. MCM soft ceramic, as an important type of new external wall decorative material, not only can be used for special occasions and special decorative requirements on both interior and exterior walls but also is an important part of both protective and decorative measures for building facades.
Technical Description:
Ternady Soft Porcelain, produced primarily from non-metallic industrial tailings, construction waste, stone powder, natural colored sand, and other materials, undergoes a series of processing and modification steps including drying, ball milling, and classification. It is then shaped into three-dimensional forms using 3D molding technology at a curved temperature.
The production process of TenaDi Soft Porcelain is pollution-free and zero-emission, with materials that are recyclable. It represents a new type of green building material that is energy-saving, environmentally friendly, and low-carbon, boasting a vast market prospect and excellent social ecological benefits.
