Washing
Anodized
Features of GX coat (1)
Changes in the porous layer that grows during the formation of the Anodic film Transmission electron
* Anodic film surface analysis (TEM scale bar 100nm) microscopy
* Anodic film surface analysis (TEM scale bar 100nm) microscopy
1. The picture above is the surface of anodic film.
2. Gx-coating has the highest Qigong density on the surface.
3. Surface Cell size is about 20, 30, 50 nm respectively
4. High surface Qigong density, when exposed to external gas and plasma,
Corrosion resistance (impedance) is good due to other coating methods.
2. Gx-coating has the highest Qigong density on the surface.
3. Surface Cell size is about 20, 30, 50 nm respectively
4. High surface Qigong density, when exposed to external gas and plasma,
Corrosion resistance (impedance) is good due to other coating methods.
Features of GX coat (2)
Changes in the porous layer that grows during the formation of the Anodic film Scanning electron
* Anodic film cross-section analysis (SEM X50,000) microscope
* Anodic film cross-section analysis (SEM X50,000) microscope
1. The photo above shows a cross section of anodic film.
2. On the surface, Gx-coaHng has a shape like the G-coaHng cross section.
In other words, by changing the current value during anodizing electrolysis, the growth of the anodic film on the surface and cross section was forcibly changed.
3.Reduce damage added to the film through changes in anodic film growth to minimize cracks and of course
2. On the surface, Gx-coaHng has a shape like the G-coaHng cross section.
In other words, by changing the current value during anodizing electrolysis, the growth of the anodic film on the surface and cross section was forcibly changed.
3.Reduce damage added to the film through changes in anodic film growth to minimize cracks and of course
Features of GX coat (3)
Changes in the porous layer that grows during the formation of anodic film
*Anodic film growth mechanism
*Anodic film growth mechanism
1.The Gx-coating method changes the current density during growth of the anodic film and changes the qigong characteristics above and below the film.
2. It has the effect of absorbing chemical and physical shocks from the outside due to the structural change of the porous layer.
3. The surface has the characteristics of low current sulfuric acid, and the base material has the characteristics of G-coating film.
2. It has the effect of absorbing chemical and physical shocks from the outside due to the structural change of the porous layer.
3. The surface has the characteristics of low current sulfuric acid, and the base material has the characteristics of G-coating film.
Features of GX coat (4)
◎ The characteristic of the low current coating is that it has a high Qigong rate and is highly resistant to corrosion, and it is also highly resistant to the environment in which ParIcleSource is generated.
◎ The characteristic of G-coaIng coating is that it has a relatively large Pore structure,
It has a sulfuric acid concentration of about 1/3 that of existing electrolytes, has excellent mechanical properties, and is quite advantageous for cracks.
It has a sulfuric acid concentration of about 1/3 that of existing electrolytes, has excellent mechanical properties, and is quite advantageous for cracks.
◎ The upper part (surface) of Gx-coaIng is similar to the low current film, and the lower part (base material) is similar to G-coaIng.
◎ The photo below shows AnodicFilms growing,
Observe the surface with a microscope of a product that is undergoing water sealing at 83 ° C to check for cracks.
Observe the surface with a microscope of a product that is undergoing water sealing at 83 ° C to check for cracks.
