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3D panels or panels made of a combination of three layers of steel, foam and coating are increasingly used in the air and space industries. These panels are used in the air and space industries for various types of construction and space applications due to their light features and high resistance to impact, heat and harsh environmental conditions. Some of the applications of these panels in the air and space industries are:

۱. Making cover boxes for satellites: 3D panels are used in making cover boxes for satellites due to their light features and high resistance to harsh environmental conditions and heat. These panels can reduce the weight of the satellite and also be used for protection against temperature changes and harsh environmental conditions.
2. Construction of the aircraft body: Panels are also used in the construction of the aircraft body. These panels are easy to transport and install due to their light features and high resistance to impact, heat and harsh environmental conditions. Also, these panels can reduce the weight of the aircraft body, thus reducing fuel and energy consumption.
3. Making cover boxes for space centers: Panels are also used to make cover boxes for space centers. These panels can be used as a protective cover for space center equipment due to their resistance to harsh environmental conditions, heat and temperature changes. Also, these panels reduce the weight of the space center structure and, as a result, reduce fuel and energy consumption.
4. Construction of suspended systems in space: Panels are used in the construction of suspended systems in space due to their light features and high resistance to harsh environmental conditions and heat. These panels can reduce the weight of the suspended system and, as a result, reduce fuel and energy consumption.
5. Construction of roof and wall in space: Panels are also used in construction of ceiling and wall in space. These panels can be used as a cover for space buildings due to their light features and high resistance to harsh environmental conditions and heat. Also, these panels can reduce the weight of the space structure and, as a result, reduce fuel and energy consumption.
In general, 3D panels are used in the aerospace industry for various types of construction and space applications due to their light features, high resistance to harsh environmental conditions and heat, and high flexibility. These panels are used in the construction of cover boxes for satellites, aircraft bodies, cover boxes for space centers, hanging systems in space, ceiling and wall in space and many other applications of aerospace industries. Due to the high importance of the air and space industries, the use of panels has been much considered and developed due to the advantages they provide.

In which parts ofthe spacecraft are 3D panels used?

3D panels are used in different parts of the spacecraft. Some of these parts are:
• Spacecraft body: Panels are used in the construction of the spacecraft body and in the parts that must be strongly resisted. These panels are used to reduce the weight of the spacecraft body and increase its useful life due to its light features and high resistance to impact, heat and harsh environmental conditions.
• Space hatches: Panels are also used in the construction of space hatches and skylights. These panels must have high resistance to temperature changes, sunlight and external pressure. Also, they should have proper transparency and light penetration characteristics to provide space views for pilots and astronauts.
• Space station hatches: Panels are also used in the construction of space station hatches. These panels must have the characteristics of resistance to harsh environmental conditions, temperature changes, sunlight and external pressure. Also, they should have proper transparency and light penetration characteristics to enable astronauts to see the space scenery.
• Outer cover of the spacecraft: panels are also used in the outer cover of the spacecraft. These panels must have the characteristics of resistance to harsh environmental conditions, heat and sunlight. Also, they should have light and high resistance characteristics in order to reduce the weight of the spacecraft and reduce fuel consumption.
• Spacecraft roof and wall: Panels are also used in the construction of the spacecraft roof and wall. These panels must have resistance to harsh environmental conditions, heat and temperature changes. They should also have light and high strength characteristics to help reduce the weight of the spacecraft and improve its performance.
• Thermal systems: panels are also used in spacecraft thermal systems. For example, these panels are used to make heat pipes to transfer heat from the hot parts of the spacecraft to the cold parts. In these systems, 3D panels must have the characteristics of resistance to harsh environmental conditions, heat and pressure.

In general, 3D panels are used in different parts of the spacecraft. These panels are used in spacecraft body, space hatches, space station hatches, spacecraft outer cover, spacecraft roof and wall, and thermal systems. These panels must have the characteristics of lightness, strength, transparency and light penetration, resistance to harsh environmental conditions, heat, temperature changes, solar radiation and pressure in order to reduce the weight of the spacecraft, increase its useful life, improve performance, heat transfer and observation. Space scenes help.

Are the panels also used in the construction of spacecraft engines?

3D panels are not normally used in spacecraft engine construction. In fact, the spacecraft engine includes parts that are mostly made of heavy metals and alloys, due to the need for high resistance to heat and pressure. These parts are generally made of metal alloys such as titanium, nickel and cobalt, which have high resistance and durability.
Therefore, 3D panels are not used in spacecraft engine construction. However, in some cases thermal coatings may be used with coatings made of materials such as silicon carbide and carbon-carbon, which have high heat and pressure resistance properties. However, these coatings are different from panels and are mainly used for specific applications such as very powerful space engines.

What is the difference between 3D wall and 3D panel?

3D Wall and 3D Panel are two different concepts. 3-D panel or 3-D panel refers to parts that are made of several distinct layers and are installed on the surface of walls, ceilings and other internal and external parts of the building. 3D panels are usually made of materials such as wood, PVC, foam, MDF, etc., and because of their 3D design, they are very attractive in terms of appearance. In addition to decorating the interior of the building, these panels can also be used as a fire-proof, sound-proof and heat-insulating cover.

But 3D wall or 3D wall is a wall that has a 3D design and structure. In these walls, materials such as stone, ceramic or wood are usually used and are used for interior and exterior decoration of buildings. 3D walls are usually made as large panels or smaller pieces that are connected to each other and installed on the walls. Due to their three-dimensional design and structure, 3D walls give the walls an attractive and surprising effect.
Therefore, the main difference between 3D wall and 3D panel is in their type and application. Three-dimensional walls are used as three-dimensional walls with beautiful and attractive designs for interior and exterior decoration of buildings, while panels are used as three-dimensional panels for interior decoration of buildings and at the same time function as insulation and fireproof.

Are 3D walls also used as thermal insulation?

Tri-D walls are generally not used as thermal insulation. Because these walls are basically decorative and are installed on the internal and external walls of the building. In addition, 3D walls are usually made of materials such as stone, ceramic and wood, which are not thermal insulation by themselves.
But in some special cases, Tri-D walls can also be used as thermal insulation. For example, in industries such as oil, gas, petrochemical, and steel, tri-walls with a special design and three-dimensional structure are used, which, in addition to playing a beautifying role, also have the ability to function as thermal insulation. These three-dimensional walls are usually made of materials such as silicate, silicon, carbonate, etc., which have very good thermal insulation properties. Therefore, in industries that require thermal insulation, three-dimensional walls with a suitable design and structure can be used as one of the appropriate solutions for this.