Abstract The reporter learned from the Ministry of Industry Information Technology yesterday that the Building Materials Industry Development Plan (2016-2020) (referred to as "Planning") has been released. "Planning" proposes that "Thirteenth Five-Year" will...
The reporter learned from the Ministry of Industry Information Technology yesterday that the “Building Industry Development Plan (2016-2020)†(“Planâ€) has been released. The "Plan" proposes that the "13th Five-Year Plan" will strengthen the building materials emerging industry and launch advanced inorganic and non-metallic materials cultivation actions. The "Planning" proposes to focus on reducing excess capacity, transforming and upgrading traditional industries, vigorously developing green building materials and building materials parts, and expanding the production of advanced inorganic non-metallic materials, composite materials and building materials.
It is worth noting that the “Planning†has identified advanced inorganic non-metallic materials as the emerging building materials industry, and the Ministry of Industry and Information Technology has also formulated the “Advanced Inorganic Non-metallic Materials Cultivation Actionâ€. The action proposes that the development of advanced inorganic non-metallic materials focuses on glass-based materials, industrial ceramics, artificial crystals, mineral functional materials, high-performance inorganic fibers and composite materials, graphene and its modified materials.
Among these inorganic non-metallic materials, graphene has always been a popular concept in the market. According to the introduction, graphene technology will bring huge changes to the building materials industry.
According to the China Graphene Industry Technology Innovation Strategic Alliance, graphene has excellent mechanical properties and a unique two-dimensional structure, which can be used to improve the microstructure of building materials, thereby improving its mechanical properties and durability.
He believes that graphene has excellent electrical and thermal properties, and can also be used to add conductive, thermal and other functions to building materials, so that building materials have structural-functional integration characteristics. The addition of graphene can also bring intelligent functions such as structural damage and self-diagnosis of stress and strain to building materials.
At present, experts in this field are generally optimistic about the prospects of graphene in thermal insulation materials, building exterior wall coatings and so on.
In the field of exterior wall coatings, the market expects that the output of conventional anti-corrosion coatings and heavy-duty anti-corrosion coatings in China will be 3 million tons and 1.5 million tons respectively in 2015, and the total output of anti-corrosion coatings will reach 4.5 million tons; by 2017 or up to 6 million tons. According to the amount of graphene used in one thousandth, 1 million yuan / ton, the potential market size in 2017 is 6 billion yuan.
The Ministry of Industry and Information Technology of the Ministry of Industry and Information Technology also proposed that, in the following, the unique performance of graphene will be used to help the transformation and upgrading of traditional industries, and the problem-oriented, "one-stop" model, with terminal applications as the leader, focus on building upstream and downstream The graphene industry chain promotes the first batch of demonstration applications, continuously increasing varieties, improving quality, reducing costs, creating brands and increasing profits.
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