Overview of 7cm coating mesh cathode ruthenium and with iridium oxide wire rack plates coated titanium anode for electroplating
Titanium (Na) sinadari ne mai lambar atomic 22 kuma ana masa alama a matsayin Ti akan tebur na lokaci-lokaci. Yana cikin ƙungiyar canjin karafa kuma an san shi da ƙarancin ƙarancinsa, babban ƙarfi-da-nauyi rabo, da kuma na kwarai lalata juriya. An gano a ciki 1791 da William Gregor, titanium ya zama abu mai mahimmanci a cikin masana'antu da yawa saboda haɗin haɗin kai na musamman.
Feature of 7cm coating mesh cathode ruthenium and with iridium oxide wire rack plates coated titanium anode for electroplating
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Ƙarfin Ƙarfi da Ƙarfi Mai Girma: Titanium ne game da 45% ya fi karfe wuta amma yana da irin wannan ƙarfi, yin shi manufa don aikace-aikace inda rage nauyi yana da mahimmanci ba tare da rage ƙarfin ba.
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Juriya na Lalata: Yana samar da Layer oxide mai wucewa wanda ke kare ƙarfen da ke ƙasa daga abubuwa masu lalata, ciki har da ruwan teku da chlorine, yin shi sosai juriya ga lalata.
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Daidaitawar halittu: Titanium yana jurewa da kyau daga jikin ɗan adam kuma baya haifar da mummunan halayen, wanda shine dalilin da ya sa ake amfani da shi sosai a cikin kayan aikin likita da kayan aikin tiyata.
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Juriya mai zafi: Tare da wurin narkewa na 1,668°C (3,034°F), titanium na iya jure yanayin zafi, sanya shi dacewa da sararin samaniya da aikace-aikacen motoci.
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Mara Magnetic da Mara guba: Waɗannan kaddarorin suna sa titanium manufa don aikace-aikace a cikin injin MRI da sauran na'urorin lantarki masu mahimmanci.
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Resistance Gajiya: Titanium yana nuna kyakkyawan juriya ga gajiyar ƙarfe, mai mahimmanci a aikace-aikacen loda cyclic kamar sassan jirgin sama.
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(7cm coating mesh cathode ruthenium and with iridium oxide wire rack plates coated titanium anode for electroplating)
Parameters of 7cm coating mesh cathode ruthenium and with iridium oxide wire rack plates coated titanium anode for electroplating
The “parameter” you’re referring to would depend on the specific application of your electroplating process, but generally speaking, there are several factors that can be controlled during electroplating:
* Applied voltage: The voltage applied to the cathode is typically in the range of 0.5-12 V.
* Applied current: The applied current to the cathode is usually in the range of 1-3 A.
* Coating material thickness: The thickness of the coating layer on both the cathode and the anode is critical to the overall performance of the electroplating process. This can be controlled by adjusting the distance between the cathode and the anode, or by using different types of coatings with different thicknesses.
* Dielectric constant: The dielectric constant of the electrolyte used in the electroplating process can affect the rate of charged-particle transport and the stability of the metal film.
* Temperature: The temperature of the electroplating bath can affect the rate of charged-particle transport and the stability of the metal film.
These are just some of the general parameters that can be controlled in an electroplating process. Duk da haka, specific parameters will depend on the type of metal being electroplated and the desired properties of the metal film.
(7cm coating mesh cathode ruthenium and with iridium oxide wire rack plates coated titanium anode for electroplating)
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(7cm coating mesh cathode ruthenium and with iridium oxide wire rack plates coated titanium anode for electroplating)
