Properties of traditional inorganic materials, what are organic materials and inorganic materials

The main performance of traditional inorganic materials is wear resistance and corrosion resistance, and they are insulating. Therefore, many traditional materials have been used in our labor protection products, such as labor protection gloves and insulated shoes.

The performance of traditional inorganic materialsThe performance of traditional inorganic materials is safety. Reliable and odorless, no formaldehyde. Inorganic material properties are:

In terms of the performance of conventional inorganic materials, this is that there is no electrical conductivity, and then the performance is good.

The performance of traditional inorganic materials is still superior, and it is more convenient and wear-resistant.

Its advantages over traditional metal materials are increasingly apparent, and the use of structural ceramic components in the world has formed a large market. This year's key support: ceramic parts for aviation, automobiles, trains and other transportation vehicles; high-performance ceramic structural parts with high temperature resistance, wear resistance, corrosion resistance and other high temperature resistance for modern industry; It can replace imported and special-purpose high-performance ceramic structural parts; High-grade kiln furniture materials and products for high-temperature sintering of electronic ceramics.

Inorganic non-metallic functional materialsInorganic non-metallic functional.

The properties of traditional inorganic materials are very complete and extensive, and many people are using them.

The properties of traditional inorganic materials have begun to weaken and are not suitable for new material applications.

If you want to find a plastic for your tradition, you can find the corresponding instructions through the relevant settings, and in general, you can pass the way of using all aspects of plastic and all aspects of material function.

The performance of traditional inorganic materials is reflected in many aspects, including many contents.

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The performance of such materials is mainly the use of degradability, and the best is more preferential, the use is more extensive, and the operation and specific preservation are also the performance of superior quality.

Summary. Organic materials refer to materials that are composed of organic compounds, and the most basic components are carbon-containing elements, such as common cotton, linen, chemical fibers, plastics, rubber, etc. "Organic" refers to organic solvents that contain carbon, especially compounds in which hydrogen atoms are attached to carbon atoms.

Organic materials refer to materials that are composed of organic compounds, and the most basic components are carbon-containing elements, such as common cotton, linen, chemical fibers, plastics, rubber, etc. "Organic" refers to organic solvents that contain carbon, especially compounds in which hydrogen atoms are attached to carbon atoms.

Inorganic materials are materials made from inorganic substances alone or in a mixture of other substances. It usually refers to materials prepared by a certain process from raw materials such as silicate, aluminate, borate, phosphate, germanate, etc., or raw materials such as oxides, nitrides, carbides, borides, sulfides, silicides, halides, etc.

The difference between organic materials and inorganic materials: those containing C are organic, and those that do not contain C are inorganic, and most of them are like this. Of course, what carbon dioxide, carbonate is not organic.

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Inorganic materials are inorganic non-metallic materials.

The inorganic materials that came out earlier mainly included ceramics, glass and cement, and later refractory materials appeared. Now, inorganic materials such as optical glass, industrial ceramics, asbestos, mica, cast stone, diamond, graphite and so on have become indispensable and important materials in modern science and technology.

Inorganic materials have many advantages. First of all, there are many varieties, about 100 of them, and more than 30 of them are widely used in industry. Secondly, it has excellent performance, which can not only withstand high temperature, corrosion, but also has the function of hard lead code, not afraid of oxidation and conversion of light, electricity and sound.

For example, the manufacture of ferrofluid generators requires materials that can withstand high temperatures of more than 2000, but general metals can only withstand high temperatures of about 1000 yuan, and even refractory metals cannot withstand them, while inorganic non-metallic materials can meet this need. For example, graphite is widely used as a moderator in the atomic energy industry; The only natural mineral fiber asbestos has greater tensile strength and elasticity, which can prevent mold fire extinguishing, sound insulation, heat insulation, acid and alkali resistance, and heat preservation.

Many of the materials and supplies in our lives are processed by a certain technology, and their prototypes are also different. The more common materials are metallic substances, non-metallic substances, organometallic substances and inorganic technical materials, etc., which have brought great convenience to our life and work through certain technologies, among which inorganic non-metallic materials are a material that plays relatively quickly, and it also has a very good market competitiveness in the market, and the types are also in an increasing state.

(1) The basic properties of new inorganic non-metallic materials

A large class of new inorganic non-metallic materials has relatively strong performance, so it can be seen in different product forms on the market. Its boiling point is particularly cautious, in most cases it belongs to the boiling point of the mixture, and it is insoluble in water, and there is no fixed density value and fixed shape, in addition to its ability to resist corrosion, oxidation and friction is also very strong, which also determines the diversity of this material processing to a large extent, and the development potential of this new material has also increased in the five stars.

(2) The field of application of new inorganic non-metallic materials

1. Industrial field: This new type of inorganic non-metallic materials was originally only the production of some more commonly used building basic materials, such as cement sedan chairs, etc., but with the continuous progress of technology and the continuous increase of new materials, there are many materials with very good adaptability and special effects in the wide oak field of industry, such as advanced ceramics, inorganic coatings, inorganic fibers and other materials.

2 Modern national defense field: Because this new type of inorganic non-metallic material has an unusual crystal structure, and it has no fixed electrons, its chemical properties are relatively special. At the same time, its thermal conductivity, thermal insulation, and light transmittance all make it play an important role in the field of national defense to a large extent, such as the manufacture of high-quality products and the invention of monitoring equipment.

3 Biomedicine field: It is precisely because this material has a very good stability, so it is processed into a large number of medical instruments, utensils and some experimental tools, etc., sometimes it can also help patients to carry out the best training, with the continuous progress of technology, now its status in this field is also in a rising state.

Compared with traditional non-metallic materials, new non-metallic materials have very good performance and great progress, and at the same time have a very good competitiveness compared with other products, which is an important reason for the rapid development of new inorganic non-metallic materials, and it is also an important driving force for its continued development.

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Traditional inorganic non-metallic materials: they have the advantages of stable properties, corrosion resistance and high temperature resistance, but they are brittle and cannot withstand thermal shock.

New inorganic non-metallic materials: In addition to the advantages of traditional inorganic non-metallic materials, there are also certain characteristics such as high strength, electrical, optical properties and biological functions.

Several common new elemental non-metallic materials.

1. High-temperature structural ceramics.

1) Structural materials: refers to various materials made by using their strength, hardness, toughness and other mechanical properties, such as metal elements and alloys.

2) The performance of high-temperature structural ceramics: high-temperature structural ceramics not only have the advantages of ceramics in the traditional sense, but also make up for the shortcomings of metal materials, and their advantages are: they can withstand high temperature, oxidation resistance, acid and alkali corrosion resistance, high hardness, wear resistance, low density, etc.

3) Varieties of high-temperature structural ceramics: alumina ceramics, silicon nitride ceramics, boron carbide ceramics and so on have been widely used.

4) Ordinary diesel engines are made of metal, and metal products are easy to be damaged at high temperatures, so there must be a water tank for cooling; As a result, a large amount of heat is lost into the air and wasted. Silicon nitride ceramics is a kind of high-temperature structural ceramics, which has the advantages of high temperature resistance, wear resistance, corrosion resistance, and heat transfer.

2. Optical fibers.

Optical fibers are optical fibers, which work by using optical fiber materials with a large refractive index, in which light can be conducted with little loss, so that optical fibers can be used to transmit optical signals. A number of processed optical fibers are wound together to become optical cables, which are mainly used in communications, with many advantages such as large capacity, good anti-interference performance, no electrical radiation, high communication quality, and anti-eavesdropping; In addition, optical fibers are also used in many aspects such as medical treatment, information processing, image transmission, lighting, etc.