What are the new functional materials, what are the new materials, what are the new materials

Beijing Zhisheng Weihua company's ZS high-temperature resistant paint high-temperature paint series are:

Fengtai District, Beijing 010-57182232 33 37, 010-51213108, 010-51185868, 010-51213106].

ZS-1 high-temperature heat-resistant thermal insulation coating, temperature resistance range -80 -1800, can directly face the flame thermal insulation, thermal conductivity is only, can effectively inhibit and shield infrared radiant heat and heat conduction, thermal insulation inhibition efficiency can reach about 90, can inhibit the thermal radiation and heat loss of high-temperature objects, insulation, pressure-resistant, curing can be reprocessed, Zhisheng paint can be directly painted on the object a few millimeters.

ZS-811 high temperature resistant anti-corrosion coating, temperature resistance can reach 1700, the coating can protect the matrix in the environment of high temperature gas (flue gas), fire, high temperature liquid (seawater, sewage) anti-corrosion, anti-oxidation, sealing protection and other functions, Zhisheng coating coating stability is high wear resistance, in the high temperature environment will react with other active molecules, long service life.

ZS-911 wear-resistant waterproof coating, temperature resistance up to 600, the main component is pure corundum, its strength at room temperature can reach more than 210MPa, Zhisheng coating can be painted in a thin layer, can be used in industry, metallurgy, mining, construction, transportation, medicine, light industry, etc. on the cavitation friction non-stick, hardness friction non-stick, impact friction non-stick, in addition to the coating acid and alkali resistance, waterproof, good adhesion, convenient construction.

ZS-1021 high temperature resistant sealing coating, temperature resistance to 1700, good waterproof sealing performance, easy brushing, long service life, acid and alkali resistance, anti-aging, self-cleaning, wear-resistant, can well keep the substrate from water, liquid, vapor erosion, prolong the service life of the matrix, Zhisheng coating can be directly painted on the high temperature flue, chimney, concrete, various metals, fiber surface, insulation bricks, etc.

ZS-1071 high-temperature resistant inorganic adhesive is a new type of product independently researched and developed by Beijing Zhisheng Weihua Company and has its own intellectual property rights, the temperature resistance can reach 1800, Zhisheng high-temperature resistant inorganic adhesive has strong adhesion and non-corrosive to the metal matrix, and can maintain good bonding performance and corrosion resistance at high temperature, and has a long service life.

1. New materials include: graphene, aerogel, carbon nanotubes, fullerenes, amorphous alloys, metal foams, ionic liquids, nanocellulose, nanodot perovskites, etc.

2. Introduce a few models in detail: graphene. Breakthrough:

Extraordinary electrical conductivity, extremely low resistivity and extremely fast speed of electron migration, strength dozens of times greater than that of steel, and excellent light transmission. The development trend is called: the 2010 Nobel Prize in Physics has created a hot technology and capital market graphene in recent years, and will grow explosively in the next five years in the fields of optoelectronic display, semiconductors, touch screens, electronic devices, energy storage batteries, displays, sensors, semiconductors, aerospace, military industry, composite materials, biomedicine and other fields.

3. Aerogel. Breakthrough: High porosity, low density, low thermal conductivity, excellent thermal insulation. Development trend: new materials with great potential, in energy conservation and environmental protection, thermal insulation electronic appliances, construction and other fields have great potential.

4. Carbon nanotubes. Breakthrough: high electrical conductivity, high thermal conductivity, high modulus of elasticity, high tensile strength, etc. Development trend: electrodes, catalyst carriers, sensors, etc. of functional devices.

5. Rich in manuscript old leene. Breakthrough: Linear and nonlinear optical properties, alkali metal fullerene superconductivity, etc.

Development trend: In the future, it has important prospects in the fields of life science, medicine, astrophysics, etc., and is expected to be used in optoelectronic devices such as optical converters, signal conversion, and data storage. Amorphous alloys.

Breakthrough: high strength and toughness, excellent magnetic conductivity and low magnetic loss, excellent liquid fluidity. Trends:

In high-frequency and low-loss transformers, structural parts of mobile terminal equipment, etc.

The top ten new materials include graphene aerogel, green charcoal, nanomaterials, programmable cement, self-healing concrete, temperature-controlled reflection tiles, carbon nanotubes, transparent aluminum, carbon dioxide buildings, and machine buildings.

1. Graphene aerogel.

Graphene aerogel, developed by researchers at Zhejiang University in China, is known to be one of the lowest densities on Earth, a foamy solid material that retains a fixed shape despite being almost as light as air. Some aerogels are only 3 times denser than air, but usually aerogels are 15 times heavier than air.

2. Green charcoal.

Concrete, which is widely used in construction, faces many technical challenges. For example, traditional steel bars are prone to rust, resulting in a decrease in properties such as the strength of the entire composite material; In addition, concrete is also difficult**, almost disposable material.

3. Nanomaterials.

Nanotechnology is advancing materials science, pushing the boundaries of what once seemed impossible. The TRY2004 pyramid megacity concept was a great help to Tokyo's development, but due to the difficulty of the project, it could only be completed with the help of carbon nanotubes.

4. Programmable cement.

Concrete production is one of the main culprits of greenhouse gas emissions. In order to further improve the concrete material, researchers at Rice University in the United States set their sights on the nanoscale field, where they studied how calcium silicate hydrate cement crystallized and used it to synthesize c-s-H particles with specific shapes.

5. Self-healing concrete.

Concrete is the oldest and most widely used building material in the world. In fact, it is the second largest consumer product on Earth after water. Concrete has advantages such as inexpensiveness and wide adaptability, but it is also prone to cracking, and its compressive performance deteriorates in extremely hot and cold environments.

Hello, new materials can be applied to construction in life, and can be used for new decoration materials. The new decoration material is a green, environmentally friendly, energy-saving, and new slab wall with superior thermal insulation and fireproof performance, with a smooth surface and high density. The new decoration materials mainly include:

Antique glazed lightweight roofing tiles, lightweight dry-hung exterior wall insulation systems, liquid wallpapers, waterless stucco gypsum, glass crystal tiles, crystal glass interior wall tiles, color steel plates, fireproof wood floors, soft stone floors, non-asbestos calcium silicate boards, high-density Zhengcha floors, organic coatings, inorganic coatings, etc.

The new decoration material is a green, environmentally friendly, energy-saving, and a new type of large slab wall with superior thermal insulation and fire performance, with a smooth surface and high density.

The new decoration materials mainly include: antique glazed lightweight roofing tiles, lightweight dry-hung exterior wall insulation systems, liquid wallpaper, waterless stucco gypsum, glass crystal tiles, crystal glass interior wall tiles, alternative products for color steel plates, fireproof wood floors, soft stone floors, non-asbestos calcium silicate boards, high-density floors, organic coatings, inorganic coatings, etc.

Application of new decoration materials.

Clause. 1. Rigid foamed polyurethane, the sealing rate of its internal structure is not less than 92%, the surface layer of foam forms a smooth film, the closed cell rate is close to 100%, has high hydrophobicity, is used in roofing projects, can play the role of waterproofing and heat preservation. The base layer used is mainly concrete cast-in-place slabs, precast concrete slabs and cement mortar screeds.

Second, biaxially oriented PVC board, can be divided into colored and colorless two, mainly used for large public buildings, stadiums, industrial plants, flower planting and breeding industry greenhouse greenhouses, pavilions and other roofs waterproofing, can also be used for indoor screens, soundproof curtain walls, safety sheds, house walls, guardrails, partitions, as well as construction site safety barriers and tunnels.

Clause. 3. Co-extruded sandwich foamed polyvinyl chloride board tiles are suitable for the slope roofs of residential buildings, public buildings, factory buildings, as well as the interior and exterior decoration and partitions of buildings. The color of the shingles can be formulated in raw materials or painted after extrusion.

Clause. 4. Color profiled steel plates can be used for building roof panels, wall panels, as well as roofs and enclosures for large-span workshops, warehouses and mobile home buildings.

Clause. 5. Polycarbonate board can be used for the interior and exterior decoration of the roof, wall, partition, curtain wall and other projects of the building, as well as greenhouses, billboards, public kiosks, light boxes and other facilities.

Top 10 new materials in 2020:

1. Carbon fiber composite materials.

2. Graphene reinforced composites.

3. Titanium alloy.

4. Carbon nanotubes.

5. Superconducting materials.

6. Semiconductor materials.

7. Functional film.

8. Smart materials.

9. Biomaterials.

10. Special glass.

1. The characteristics of new functional materials are: high strength, high stiffness, high hardness, high temperature resistance, wear resistance, corrosion resistance, radiation resistance, etc.

2. With the development of science and technology, people have developed new materials on the basis of traditional materials and the research results of modern science and technology. New materials are divided into four categories: metal materials, inorganic non-metallic materials (such as ceramics, gallium arsenide semiconductors, etc.), organic polymer materials, and advanced composite materials.

3. For example, the successful development of ultra-pure silicon and gallium arsenide led to the birth of large-scale and ultra-large-scale integrated circuits, which increased the speed of computer operations from hundreds of thousands of times per second to more than 10 billion times per second; For every 100 increase in the working temperature of aero engine materials, the thrust can be increased by 24%; The stealth material tung pin can absorb electromagnetic waves or reduce the infrared radiation of ** equipment, making it difficult for enemy detection systems to detect and so on.