Sino Sculpture Group  (Beijing) Ltd
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Add: No. 43, Lane 1, South Street, Shuipo Village,
Gaoliying Town
Shunyi 
District, 

Beijing, China.101300


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NEWS & FAQ
Study Tour of Titanium Plating Plant
Edit: Sino Sculpture Group (Beijing) Ltd     Date: 07-28-2023
Vacuum titanium plating furnace

Our sales visit titanizing our workshop on July 26,2023, through the visiting our sales can learn more technology of the titanizing craftwork that will help them to provide better service to our clients. 
Titanizing is a thermo-chemical treatment process consisting of saturation with titanium, by means of diffusion, of the surfaces of ferrous alloys, predominantly steel, applied to enhance the service life of tools exposed to wear during service. Wear resistance is exhibited by titanized layers, built of titanium carbides, formed on steels with a high carbon content. For the process of titanizing, the steels used are predominantly high carbon alloy grades. Besides steels, sintered carbides can also be used for the formation of titanium carbide layers. The thickness of layers approaches 0.015 mm, while their hardness reaches 4000 HV. Processes of diffusion titanizing are conducted at temperatures within the range of 950–1100°C, for up to 10 h, in gaseous atmospheres, powder packs, pastes, salt baths, and fluidized beds.   
 
Semi-finished Product after Plating

Our sales visit titanizing our workshop on July 26,2023, through the visiting our sales can learn more technology of the titanizing craftwork that will help them to provide better service to our clients. 
Titanizing is a thermo-chemical treatment process consisting of saturation with titanium, by means of diffusion, of the surfaces of ferrous alloys, predominantly steel, applied to enhance the service life of tools exposed to wear during service. Wear resistance is exhibited by titanized layers, built of titanium carbides, formed on steels with a high carbon content. For the process of titanizing, the steels used are predominantly high carbon alloy grades. Besides steels, sintered carbides can also be used for the formation of titanium carbide layers. The thickness of layers approaches 0.015 mm, while their hardness reaches 4000 HV. Processes of diffusion titanizing are conducted at temperatures within the range of 950–1100°C, for up to 10 h, in gaseous atmospheres, powder packs, pastes, salt baths, and fluidized beds.     

Completed Plating Artwork