A building material that uses sand as raw material will replace high-end decorative materials such as natural marble, granite and aluminum alloys. In recent days, Wushenqi, Inner Mongolia, has obtained international invention patents for the production of glass-ceramics plate float by using desert wind and sand as raw materials.
The invention is a scientific and technical personnel of Inner Mongolia Sulige Economic and Technological Development Co., Ltd. After years of research and research, it has been developed from the wind and sand accumulation of Mao Ushua sand. It has been identified by the National Building Materials Testing Center and all technical indicators are Meets or exceeds international standards and is a premium, high-end architectural decoration material. According to the verification of the Internet technology, it is still the first in the world to use the desert wind and sand as raw material to produce microcrystalline material boards. Microcrystalline materials, also known as crystallized stone materials and glass ceramics, are formed by the addition of a nucleating agent in the glass after heat treatment. Ceramic materials containing fine fine particles can replace natural marble, granite and aluminum alloy plates.
As the current microcrystalline material production process is still relatively backward, the market share of products is relatively small, natural marble and granite are still the world's most high-end decorative materials. However, this kind of decorative material made of natural marble and granite is subject to mine mining and complicated cutting, grinding and polishing procedures. The production cost is hard to reduce and the market price remains high. Low-cost wind-accumulating sand is a raw material, and the microcrystalline materials produced by the float process are not only low in production cost, but also have better physical and chemical properties and decorative effects than natural stones such as marble and granite. This invention will promote and promote the development of the building materials industry, microcrystalline materials manufacturing industry and environmental protection industry in China and even the world.
The invention is a scientific and technical personnel of Inner Mongolia Sulige Economic and Technological Development Co., Ltd. After years of research and research, it has been developed from the wind and sand accumulation of Mao Ushua sand. It has been identified by the National Building Materials Testing Center and all technical indicators are Meets or exceeds international standards and is a premium, high-end architectural decoration material. According to the verification of the Internet technology, it is still the first in the world to use the desert wind and sand as raw material to produce microcrystalline material boards. Microcrystalline materials, also known as crystallized stone materials and glass ceramics, are formed by the addition of a nucleating agent in the glass after heat treatment. Ceramic materials containing fine fine particles can replace natural marble, granite and aluminum alloy plates.
As the current microcrystalline material production process is still relatively backward, the market share of products is relatively small, natural marble and granite are still the world's most high-end decorative materials. However, this kind of decorative material made of natural marble and granite is subject to mine mining and complicated cutting, grinding and polishing procedures. The production cost is hard to reduce and the market price remains high. Low-cost wind-accumulating sand is a raw material, and the microcrystalline materials produced by the float process are not only low in production cost, but also have better physical and chemical properties and decorative effects than natural stones such as marble and granite. This invention will promote and promote the development of the building materials industry, microcrystalline materials manufacturing industry and environmental protection industry in China and even the world.