Titanium Lamina Plate

Product details

Titanium lamina plate cold rolled sheet, the surface is very beautiful, and the quality is very good, the production of sheet has 20 years of history and experience, in the production process, with pure sponge titanium rolled roll belt.

Industrial pure titanium hereinafter referred to as pure titanium and titanium alloy have higher corrosion resistance than strength widely used in electric power, chemical industry, aviation parts, building materials, sports appliances, medical and other fields and is still expanding. From the point of view of usage and manufacturing technology, titanium processing materials as raw materials require diversity such as low price, high performance, multiple functions, and easy production. From the point of view of application expansion, ti-1Fe-0.35O, Ti-5Al-1Fe.

Titanium alloy represented by TI-5Al-2Fe-3momass % makes full use of cheap Fe, O, N and other elements for building materials, which must turn to a seat to do a variety of surface finishing and improve the resistance to color change of pure titanium sheet. This paper focuses on the surface characteristics of pure titanium sheets and develops titanium for building materials with excellent surface technology and introduces the friction of cold processing and hot rolling.

Change of business technology to seat color resistance in the atmosphere

There are no examples of corrosion of decorative titanium such as roof walls, but the color of surfaces exposed to the atmosphere for a long time has changed. On the surface of discolored titanium, extremely fine titanium oxide was precipitated, and the oxide film thickness on the surface of titanium oxide was increased by more than ten nm, which resulted in diffraction color but did not damage the corrosion resistance of titanium.

As an environmental factor, the low pH of acidic rain promotes a turn of titanium discoloration. Very little dissolution of titanium occurs in the atmosphere due to acid rain

Precipitation of titanium ions with water decomposition of titanium oxide precipitation on the surface of the oxide film. On the other hand, the photoelectrochemical reaction of H2O2 generated by UV irradiation promotes the growth of oxidation film on the titanium surface. From the material aspect, the presence of a large amount of titanium carbide and fluorine on the surface of titanium also promotes the growth of oxide film caused by acid rain to develop titanium plates to inhibit these factors. Figure 3 is a turn-to-business test that results in a reduction of titanium carbide and fluorine on the surface so that the pure titanium plate shows stable discoloration resistance and the same effect is confirmed in the field exposure. The tone of L* A * B * color system before and after dipping a pure titanium sheet in sulfuric acid which simulates 60℃ acid rain pH4 is determined by an HBS test. The color difference △E* AB becomes larger and discoloration occurs before and after dipping.

Based on the research and application of the surface characteristics of titanium sheets, this paper develops the pure titanium sheet for building materials with excellent surface technology, mainly introducing the tribality of cold pressing and non-hot rolling forming. It won the technical prize, though not in great detail, for the use of cheap Fe and ON to develop new titanium alloys. In the future, we will continue to study the inherent fusion factors such as surface characteristics of titanium plate, metal structure, and composition to expand the use and demand of titanium by a step.

Titanium lamina plate Due to no heating in the production process, there is no hot rolling often occurs pitting and oxide iron defects, good surface quality, and high finish. Moreover, the size precision of cold-rolled products is high, and the properties and structure of cold-rolled products can meet some special requirements, such as electromagnetic properties, deep drawing properties, etc.

Industrial pure titanium hereinafter referred to as pure titanium and titanium alloy have higher corrosion resistance than strength widely used in electric power, chemical industry, aviation parts, building materials, sports appliances, medical and other fields and is still expanding. From the point of view of usage and manufacturing technology, titanium processing materials as raw materials require diversity such as low price, high performance, multiple functions, and easy production. From the point of view of application expansion, ti-1Fe-0.35O, Ti-5Al-1Fe,

Titanium alloy represented by TI-5Al-2Fe-3momass % makes full use of cheap Fe, O, N, and other elements for building materials, which must turn into a seat to do a variety of surface finishing and improve the resistance to the color change of pure titanium sheet. This paper focuses on the surface characteristics of pure titanium sheets and develops titanium for building materials with excellent surface technology and introduces the friction of cold processing and hot rolling.

Change of business technology to seat color resistance in the atmosphere

There are no examples of corrosion of decorative titanium such as roof walls, but the color of surfaces exposed to the atmosphere for a long time has changed. On the surface of discolored titanium, extremely fine titanium oxide was precipitated, and the oxide film thickness on the surface of titanium oxide was increased by more than ten nm, which resulted in diffraction color but did not damage the corrosion resistance of titanium.

As an environmental factor, the low pH of acidic rain promotes a turn of titanium discoloration. Very little dissolution of titanium occurs in the atmosphere due to acid rain

Precipitation of titanium ions with water decomposition of titanium oxide precipitation on the surface of the oxide film. On the other hand, the photoelectrochemical reaction of H2O2 generated by UV irradiation promotes the growth of oxidation film on the titanium surface. From the material aspect, the presence of a large amount of titanium carbide and fluorine on the surface of titanium also promotes the growth of oxide film caused by acid rain to develop titanium plates to inhibit these factors. Figure 3 is a turn-to-business test that results in a reduction of titanium carbide and fluorine on the surface so that the pure titanium plate shows stable discoloration resistance and the same effect is confirmed in the field exposure. The tone of L* A * B * color system before and after dipping pure titanium sheet in sulfuric acid which simulates 60℃ acid rain pH4 is determined by a HBS test. The color difference △E* AB becomes larger and discoloration occurs before and after dipping.

Conclusion

Based on the research and application of the surface characteristics of titanium sheets, this paper develops the pure titanium sheet for building materials with excellent surface technology, mainly introducing the tribality of cold pressing and non-hot rolling forming. It won the technical prize, though not in great detail, for the use of cheap Fe and ON to develop new titanium alloys. In the future, we will continue to study the inherent fusion factors such as surface characteristics of titanium plate, metal structure, and composition to expand the use and demand of titanium by a step.

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