Titanium has plasticity, high elongation titanium up 50-60% reduction of up to 70-80%, but low-intensity, not as structural materials. Impurities in the presence of titanium, a great influence on the mechanical properties, in particular interstitial impurities (oxygen, nitrogen, carbon) can greatly increase the strength of titanium,medical titanium significantly reducing its ductility. Titanium as structural materials having good mechanical properties, which is strictly controlled and adding an appropriate amount of impurities and alloying elements to achieve.
Medical titanium rod for ingot production and processing of materials should be used to vacuum consumable arc melting furnace smelting or EB plus vacuum consumable arc melting, melting of not less than twice the number of
2014年9月18日星期四
Medical titanium plate application and presentation
Medical titanium plate used in a variety of artificial joints, artificial bone, bone fixation devices,medical grade titanium dentures, dental inlay, fixed bridges. Medical uses in the medical titanium is too broad, in many parts of the bone material, Medical titanium plate medical devices have become an indispensable part of the.
Titanium has plasticity, high elongation titanium up 50-60% reduction of up to 70-80%, but low-intensity, not as structural materials. Impurities in the presence of titanium, a great influence on the mechanical properties, in particular interstitial impurities (oxygen, nitrogen, carbon) can greatly increase the strength of titanium,medical titanium significantly reducing its ductility. Titanium as structural materials having good mechanical properties, which is strictly controlled and adding an appropriate amount of impurities and alloying elements to achieve.
Titanium has plasticity, high elongation titanium up 50-60% reduction of up to 70-80%, but low-intensity, not as structural materials. Impurities in the presence of titanium, a great influence on the mechanical properties, in particular interstitial impurities (oxygen, nitrogen, carbon) can greatly increase the strength of titanium,medical titanium significantly reducing its ductility. Titanium as structural materials having good mechanical properties, which is strictly controlled and adding an appropriate amount of impurities and alloying elements to achieve.
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