medical titanium plate To select an electrolytic refining process of titanium

Research electrolytic refining titanium tube technology issues

    After studying the literature , we did not use a grade 1 titanium sheet‍ non- aqueous medium and low temperature electrolysis of aqueous medium titanium tube method . Studied only the alkali metal and alkaline earth metal chlorides and fluorides consisting of salt melt and dissolved titanium compound. We know that a titanium 600 elements 900 ℃, gas (oxygen , nitrogen ) having a high reactivity , these impurities affect the mechanical properties of titanium , taking into account the impurities in the electrochemical process of Basking melt transfer medium titanium tube into the possibility of precipitation on the cathode , so we set ourselves a task - to establish the cell , in this cell to be able to ensure reliable external impurities in inert atmosphere and eliminate the possibility of contaminated electrolyte . In principle the use of certain widely used in modern technology , we are and how long after the test after a long quest to design and manufacture a large-scale experimental device , it can solve the problem in the electrolysis of pure titanium used in the relevant type electrolyte melt . In this device all the technical rules to determine the main electrolytic titanium tube test . Only in individual cases , in order to identify some of the issues , and only then move to a small laboratory tests on the device .

    To select an electrolytic refining process of titanium , titanium titanium spring wire‍ various compounds tested . Electrolysis of titanium trichloride, titanium tetrachloride, titanium fluoride , potassium titanium dioxide.

    Titanium trichloride having a high solubility in an alkali metal chloride into the electrolyte body . When the melt lift trichloride concentration - the timing of the electrolysis ; electrolysis precipitated on the titanium metal cathode , and deposited on the anode chloride , titanium ingot out of the electrolytic cell, and chlorine is here and after a combination of hydrogen supplied to the anode chloride .

    Because when not to use high-temperature electrolysis hydrogen , so start looking for other low-cost manufacturing methods chloride in the melt. Has been determined, if introduced into the graphite tube along the current, while the steam through the grade 1 titanium wire‍ graphite tube feeding TiCli , the current can disintegration of titanium tetrachloride reduction .