How is nano oil glass produced?

Nano oil glass is the production process to add nano atoms. The color of the glass is more beautiful.

Nano oil glass is further developed based on nanotechnology.

According to the designed material list, all kinds of raw materials are weighed and mixed evenly in a mixer. The main raw materials of glass are: quartz sand, limestone, feldspar, soda ash, boric acid, etc.

2. Melting, the prepared raw materials are heated at high temperature to form a uniform bubble-free glass liquid. This is a very complex physical and chemical reaction process. The melting of the glass takes place in a melting furnace.

There are two main types of melting kilns: one is a crucible kiln, where the frit is contained inside the crucible and heated outside the crucible. Small crucible kilns have only one crucible, and large ones can have as many as 20 crucibles.

Crucible kilns are produced in an interstitial type, and now only optical glass and colored glass are produced in crucible kilns. The other is the pond kiln, where the frit is melted in the kiln pool.

Nano oil glass. He first produced glass, and then added some raw materials, so that the production was quite simple.

What about rice oil, how is it produced? It is produced from nano-bonded canola.

Generally, this kind of glass is quantified by high temperatures.

The glass is extracted at high temperatures. It is made with a specialized industry.

This kind of stepping glass production belongs to high-end technology, and some are needed. Very good material technician.

This is achieved through his raw materials and craftsmanship. He has a unique formula for each manufacturer, and it can't be found on the Internet.

So how to produce it, I suggest that you still have to do a field investigation, that is, we generally don't know about this process.

Then you paint glass, it is produced according to micromolecules.

How is oil glass produced? This also requires more understanding of the production of glass. Process. There are a lot of technical aspects to your question.

How to produce nano oil colored glassThe nano glazed glass is produced by processing and producing a chemical substance from Lao Du.

That rice oil stepped on the glass, and he was also according to the different glass after melting. The glass raw material is melted and then molded, and then the oil paint is used to produce it.

If nano oil glass is produced, it is produced, and the extracted items are different according to its temperature in the production process.

Nano glass is a glass manufactured and produced by using the advanced technology of nano. Nanoglass refers to a special glass material with a structure controlled by its internal structure, which can range from about 1 nm to hundreds of nanometers. This structural control can be at the atomic or molecular level to control the structure of the glass blank.

How is that oil glass produced? The process of sending it so easily is still relatively bizarre, and generally speaking, it is high-tech.

Nano oil paint, I don't know how you produced it. That must have been studied by scientists, and how to produce it was processed.

So how did you produce the oil glass? Inhaled spirals out through chemicals.

How is nano oil glass produced, it is just a technical question? I can't explain it in a sentence or two, but I think it should be understood by people with professional knowledge.

I'm glad they've been produced because of the high temperatures.

Nano liquid glass.

a novel nanomaterial; It is liquid before construction, and it is dried and solidified into a film 30 minutes after spraying, and the film layer is transparent with a thickness of 5-8um. Particles with a particle size of less than 20nm can transmit light well, adsorb and refract natural heat sources, and solve the problems of secondary light pollution and lighting of reflective thermal insulation products such as various glass films and low E glass.

It is mainly used in thermal insulation and anti-ultraviolet rays of glass curtain walls, high-end hotels, hotels, office buildings, private residences, exhibition halls, cars, trains, airplanes, etc.; Thermal insulation of various equipment in petrochemical, electrical construction, metal smelting, medicine and textile, shipbuilding and papermaking and other industries; It can also be used in computer rooms, radar shielding protection areas and other places that isolate far infrared and need to shield electromagnetic waves, so as to prevent the invasion of external electromagnetic waves and cause errors in electronic equipment, leakage of confidential information and harm to the human body.

Thermal insulation and constant temperature: warm in winter and cool in summer, adjust room temperature, thermal insulation effect is 3-4 times that of glass film, Kejian liquid glass film can block 75%-88% of the direct heat of the sun into the room in summer, thereby reducing the indoor temperature; In winter, it prevents indoor heat from escaping and reduces the cost of air conditioning and heating. Electricity bills can be reduced through energy savings in the form.

Air conditioning consumes electricity, lighting consumes electricity....）

Increase the strength of the glass: When the glass is accidentally broken, it blocks the splashing of debris and reduces the damage to the human body.

Anti-glare: When the sun is directly exposed, it is easy to form dazzling glare, Kejian liquid glass film can make the light soft on the basis of ensuring light transmittance, and eliminate the damage of dazzling glare to the eyes.

Anti-ultraviolet rays: ultraviolet rays are the direct cause of fading and aging of indoor items such as furniture, fabrics, carpets, curtains, murals, and chemical fiber fabrics, and it is also the main culprit of inducing ** cancer. By adding ultraviolet absorbers and reflectors, the liquid temperature control glass film can block more than 99% of harmful ultraviolet rays, keep the color of indoor items bright for a long time, block more than 99% of harmful ultraviolet rays, keep indoor items bright and bright for a long time, and protect them from damage.

Sound and noise resistance: effectively block external noise.

Aesthetic decoration: The color of the liquid glass film can be adjusted arbitrarily, which can beautify the appearance of the room and improve the indoor environment.

Transparent views: residences, office buildings, hotels, schools, cars. This is especially suitable for places that require thermal insulation and ultraviolet protection, as well as special requirements for light transmittance and line of sight.

It reduces the investment cost of secondary shading, such as making awnings, blinds, external shading, filming, etc.; No shading, to ensure good lighting.

Tempered glass is made of ordinary glass.

Prepare glass, the size can be changed, according to your favorite cutting shape. Prepare a pool, put potassium nitrate in it, heat it to a temperature lower than the annealing temperature of the glass, and make a molten salt pool.

Then put the glass in, soak it for different lengths according to the thickness, take it out, cool it evenly, and the glass is out of the oven.

Glass is an amorphous inorganic non-metallic material, which is generally made of a variety of inorganic minerals (such as quartz sand, borax, boric acid, barite, barium, barium carbonate, limestone, feldspar, soda ash, etc.) as the main raw material, and a small amount of auxiliary raw materials are added.

How are glass bottles made? I didn't expect the process to be so complicated.

The production process of glass includes: batching, melting, forming, annealing and other processes.

1. Pre-processing of raw materials. The bulk raw materials (quartz sand, soda ash, limestone, feldspar, etc.) are crushed to dry out the wet raw materials, and the iron-containing raw materials are treated with iron removal to ensure the quality of the glass.

2. Preparation of batch. Depending on the product, the composition of the batch varies slightly. For example, the compound of ordinary float glass (calculated according to 1 weight box, that is, 50 kg) needs to consume kilograms of quartz sand, kilograms of limestone, kilograms of dolomite, kilograms of soda ash, kilograms of miscanthus salt, kilograms of feldspar, kilograms of toner, etc.

3. Melting. The glass mixture is heated at a high temperature (1550-1600 degrees) in a pool kiln or crucible kiln to form a homogeneous, bubble-free liquid glass that meets the molding requirements.

4. Molding. Liquid glass is processed into products of the desired shape, such as flat glass, various utensils, etc.

5. Heat treatment. Through annealing, quenching and other processes, the internal stress, phase separation or crystallization of the glass is eliminated or generated, and the structural state of the glass is changed.

Float production is the main production method of flat glass today, and its process can be divided into the following five stages:

1. Mixing of raw materials. The main raw materials of float glass are: 73% silicon dioxide, 13% sodium carbonate, 9% calcium oxide and 4% magnesium.

These raw materials are mixed according to the proportion, and then small particles of broken glass are added.

2. Melting of raw materials. The prepared raw materials are passed through a mixing chamber and then heated in a kiln with five chambers to become a glass melt at about 1550 degrees Celsius.

3. Glass forming. The molten glass melts into the tin bath and floats on top of the molten metal tin at a temperature of about 1000 degrees Celsius. The glass melt on the tin melt forms a glass strip with a width of 3 mm to 19 mm.

Because glass and tin have very different viscosities, the molten glass floating above does not mix with the molten tin below, and a very flat contact surface is formed.

4. Cooling of glass melt. The glass strip leaves the tin bath at a temperature of about 600 degrees Celsius and then enters an annealing chamber or a continuous slow cooling kiln to gradually reduce the temperature of the glass to 50 degrees Celsius. The glass produced by this slow cooling method is also called annealed glass.

5. Cutting and storage. After cooling, the glass undergoes several stages of quality checks, after which it is cut into different sizes and then packaged for storage, storage or transportation.

Ordinary glass: original.

The copy material is quartz, soda ash, marble (can also be limestone). Composition, calcium silicate and sodium silicate. Quartz stone and soda ash can form sodium silicate at high temperatures, and quartz stone and marble can form calcium silicate at high temperatures.

Specialty glass and tinted glass are added to this with other components.

How are glass bottles made? I didn't expect the process to be so complicated.

The difference between white glass and green glass is in the color, and the ice cracked glass is the glass as if it was cracked. There are many types of craft glass, both patterned and engraved. Both tempering and strengthening are taken to the glass factory and heated to harden. There are Longhui glass companies in China.

Today, I visited a glass company that has been open for more than ten years, and I know how to process glass, so that the glass can have the effect of sound insulation, heat insulation and anti-ultraviolet rays.