Bright titanium square disc: Improved gloss and corrosion resistance under sandblasting process

With the continuous advancement of metal processing technology, titanium square discs have been widely used in many fields due to their light weight, high strength, corrosion resistance and other characteristics. In the production process of bright titanium square discs, sandblasting plays a vital role as a key step to improve its gloss and corrosion resistance.

Sandblasting, as a widely used treatment technology for metal surfaces, cleans and beautifies the metal surface by spraying sand or other abrasives at high speed. In the production process of bright titanium square discs, sandblasting can not only effectively remove dirt, oxide layer and tiny flaws on the surface, but also further improve its gloss and corrosion resistance.

During the sandblasting process, sand or abrasives hit the titanium metal surface at a very high speed. This physical cleaning method can ensure that the surface is thoroughly cleaned. At the same time, the impact can also stimulate tiny deformations on the titanium metal surface to form a dense oxide film. The existence of this oxide film is of great significance for improving the corrosion resistance of titanium square discs. It can effectively prevent corrosive substances such as oxygen and moisture in the air from directly contacting the titanium metal matrix, thereby extending the service life of the titanium square disc.

More importantly, this oxide film also gives the titanium square disc a brighter and softer luster. Compared with the mirror effect after polishing, the luster formed by sandblasting is more natural and restrained, neither too ostentatious nor elegant. This unique luster between polishing and matte makes the bright titanium square disc more harmonious and comfortable visually, satisfying people's pursuit of beauty.

As an important visual characteristic of the metal surface, gloss has an important impact on the beauty and application value of the bright titanium square disc. Sandblasting achieves the regulation of its gloss by changing the microstructure of the titanium metal surface.

During the sandblasting process, the impact of sand particles or abrasives forms a layer of tiny concave and convex structures on the titanium metal surface. This structure can produce diffuse reflection and scattering effects under the irradiation of light, so that the surface of the titanium square disc presents a soft and uniform luster. Compared with the mirror effect after polishing, this luster is more natural and vivid, with a stronger sense of visual hierarchy.

Sandblasting can also remove tiny flaws and scratches on the surface of titanium metal, making its surface flatter and smoother. This flat and smooth surface state is conducive to the uniform reflection and scattering of light, further improving the gloss and beauty of the titanium square disc.

Corrosion resistance, as an important performance indicator of metal materials, has a decisive influence on the service life and application range of bright titanium square discs. Sandblasting significantly improves the corrosion resistance of titanium square discs by forming a dense oxide film.

As a protective layer on the surface of titanium metal, the oxide film can effectively prevent the direct contact between corrosive substances and the titanium metal substrate. During the sandblasting process, the impact of sand particles or abrasives causes the tiny areas on the surface of titanium metal to deform, thus forming a dense oxide film. This oxide film has extremely high stability and chemical inertness, and can resist the erosion of most corrosive substances.

Sandblasting can also remove the attachment points of corrosive substances such as oxide layers and dirt on the surface of titanium metal, thereby reducing the chance of corrosive substances corroding the titanium metal substrate. This cleaning effect combined with the protective effect of the oxide film jointly improves the corrosion resistance of the titanium square disc.

Thanks to the gloss and corrosion resistance given by sandblasting, the bright titanium square disc has shown a wide range of application prospects in many fields.

In the field of aerospace, the bright titanium square disc has become an ideal material for aircraft, rockets and other spacecraft with its light weight, high strength and corrosion resistance. In the manufacturing process of aerospace, the bright titanium square disc can not only meet the requirements of light weight and high strength, but also withstand corrosion and wear in extreme environments to ensure the safety and reliability of spacecraft.

In the medical field, the bright titanium square disc has become the preferred material for medical devices and implants with its biocompatibility and non-magnetic properties. In the manufacturing process of medical devices, the bright titanium square disc can not only meet the performance requirements of medical equipment, but also ensure the safety and comfort of patients during treatment. At the same time, its non-magnetic properties also make the bright titanium square disc widely used in medical equipment such as nuclear magnetic resonance.

In the field of jewelry and decoration, the bright titanium square disc has become the object of designers' pursuit with its unique texture and gloss. In the manufacturing process of jewelry and decorations, the bright titanium square disc can not only meet the designer's requirements for material and appearance, but also can be customized and beautified through sandblasting and other processes. This unique texture and gloss make the bright titanium square disc highly competitive and valuable in the jewelry and decoration market.

As a key step in the production process of the bright titanium square disc, sandblasting achieves a double improvement in its gloss and corrosion resistance by forming a dense oxide film and regulating the microstructure of the titanium metal surface. This improvement not only makes the bright titanium square disc more beautiful and comfortable visually, but also shows a wide range of application prospects in many fields.