Kayayyaki

A matsayin muhimman kayan lantarki da na'urorin lantarki, ƙarfe mai tsabta ba wai kawai yana buƙatar tsafta mai kyau ba. Kula da sauran abubuwa masu tsabta yana da matuƙar muhimmanci. Arzikin nau'i da siffa, tsarki mai yawa, aminci da kwanciyar hankali a cikin wadata su ne ainihin abin da kamfaninmu ya tara tun lokacin da aka kafa shi.

Babban tsarkin Molybdenum Metal Sheet & Foda Gwaji 99.7 ~ 99.9%

UrbanMines ta himmatu wajen haɓakawa da bincike kan ƙwararrun MTakardar Olybdenum.Yanzu muna da ikon sarrafa zanen molybdenum mai kauri daga 25mm zuwa ƙasa da 0.15mm. Ana yin zanen molybdenum ta hanyar yin jerin ayyuka ciki har da birgima mai zafi, birgima mai dumi, birgima mai sanyi da sauransu.

UrbanMines ya ƙware wajen samar da tsafta mai kyauFoda ta Molybdenumtare da mafi ƙarancin matsakaicin girman hatsi. Ana samar da foda na Molybdenum ta hanyar rage hydrogen na molybdenum trioxide da ammonium molybdates. Foda ɗinmu yana da tsarkin kashi 99.95% tare da ƙarancin iskar oxygen da carbon.
Batirin Masana'antu/Matsayin Baturi/Matsayin Micropowder Lithium

Lithium Hydroxidewani sinadari ne mara tsari wanda ke da tsarin LiOH. Halayen sinadarai na LiOH gabaɗaya suna da sauƙi kuma suna kama da alkaline earth hydroxides fiye da sauran alkaline hydroxides.

Ruwan Lithium hydroxide, wanda aka yi da lithium hydroxide, yana bayyana a matsayin ruwa mai haske zuwa fari-ruwa wanda zai iya samun wari mai kaifi. Taɓawa na iya haifar da ƙaiƙayi mai tsanani ga fata, idanu, da kuma membranes na mucous.

Yana iya wanzuwa a matsayin wanda ba shi da ruwa ko kuma wanda ba shi da ruwa, kuma duka nau'ikan suna da farin hygroscopic solids. Suna narkewa a cikin ruwa kuma suna narkewa kaɗan a cikin ethanol. Dukansu suna samuwa a kasuwa. Duk da cewa an rarraba su a matsayin tushe mai ƙarfi, lithium hydroxide shine mafi rauni da aka sani da alkali metal hydroxide.
Gwajin Manganese Mai Rashin Ruwan Ruwa Mai Ruwa Mafi Karanci 99.9% Cas 7439-96-5

Manganese Mai Rage Ruwan Ruwa Mai RuwaAna yin sa ne daga ƙarfen manganese na yau da kullun ta hanyar wargaza abubuwan hydrogen ta hanyar dumamawa a cikin injin tsabtace iska. Ana amfani da wannan kayan a cikin narkar da ƙarfe na musamman don rage gurɓatar hydrogen na ƙarfe, don samar da ƙarfe na musamman mai ƙima.
Nickel(II) chloride (nickel chloride) NiCl2 (Ni Gwaji Min.24%) CAS 7718-54-9

Nickel ChlorideMafi kyawun tushen nickel mai narkewa cikin ruwa don amfani mai dacewa da chlorides.Nickel(II) chloride hexahydrategishirin nickel ne wanda za a iya amfani da shi azaman mai kara kuzari. Yana da inganci kuma ana iya amfani da shi a fannoni daban-daban na masana'antu.
Lanthanum Hexaboride

Lanthanum Hexaboride (LaB6,wanda kuma ake kira lanthanum boride da LaB) sinadari ne mara tsari, borode na lanthanum. A matsayin kayan yumbu mai narkewa wanda ke da zafin narkewa na 2210 °C, Lanthanum Boride ba ya narkewa sosai a cikin ruwa da hydrochloric acid, kuma yana canzawa zuwa oxide lokacin da aka dumama (calcined). Samfuran Stoichiometric suna da launin shuɗi-violet mai ƙarfi, yayin da waɗanda ke da boron (sama da LaB6.07) shuɗi ne.Lanthanum Hexaboride(LaB6) an san shi da tauri, ƙarfin injina, fitar da iskar thermionic, da kuma ƙarfin plasmonic. Kwanan nan, an ƙirƙiro wata sabuwar dabarar roba mai matsakaicin zafin jiki don haɗa ƙwayoyin LaB6 kai tsaye.
Samarium(III) Oxide

Samarium(III) Oxidewani sinadari ne mai sinadarai wanda ke da dabarar sinadarai ta Sm2O3. Tushen Samarium ne wanda ba ya narkewa sosai wanda ya dace da amfani da gilashi, na gani da yumbu. Samarium oxide yana samuwa cikin sauƙi a saman ƙarfe na samarium a ƙarƙashin yanayin danshi ko yanayin zafi sama da 150°C a cikin busasshiyar iska. Oxide ɗin yawanci fari ne zuwa rawaya kuma galibi ana haɗuwa da shi azaman ƙura mai laushi kamar foda mai launin rawaya mai haske, wanda ba ya narkewa a cikin ruwa.
Manganese(II) acetate tetrahydrate Assay Min.99% CAS 6156-78-1

Manganese (II) AcetateTetrahydrate wani sinadari ne mai narkewa cikin ruwa wanda ke narkewa cikin ruwa wanda ke bazuwa zuwa oxide na Manganese idan aka dumama shi.
Babban Tsarkakewa na Tellurium Dioxide Foda (TeO2) Gwaji Mafi ƙarancin 99.9%

Tellurium Dioxide, yana da alamar TeO2 wani sinadari ne mai ƙarfi na tellurium. Ana haɗuwa da shi ta hanyoyi biyu daban-daban, tellurite mai launin rawaya na orthorhombic mineral, ß-TeO2, da tetragonal mai launi (paratellurite), a-TeO2.
Nau'in baturi Manganese(II) chloride tetrahydrate Gwaji Min.99% CAS 13446-34-9

Manganese(II) Chloride, MnCl2 shine gishirin dichloride na manganese. Kamar yadda sinadarai marasa tsari da ke wanzuwa a cikin nau'in da ba shi da ruwa, nau'in da ya fi yawa shine dihydrate (MnCl2·2H2O) da tetrahydrate (MnCl2·4H2O). Kamar yadda yawancin nau'ikan Mn(II) suke, waɗannan gishirin ruwan hoda ne.
Terbium(III, IV) Oxide

Terbium(III, IV) Oxide, wanda wani lokacin ake kira tetraterbium heptaoxide, yana da dabarar Tb4O7, tushen Terbium ne mai ƙarfi wanda ba ya narkewa sosai a yanayin zafi. Tb4O7 yana ɗaya daga cikin manyan mahaɗan terbium na kasuwanci, kuma shine kawai irin wannan samfurin da ke ɗauke da aƙalla wasu Tb(IV) (terbium a cikin yanayin iskar shaka +4), tare da Tb(III) mafi ƙarfi. Ana samar da shi ta hanyar dumama ƙarfe oxalate, kuma ana amfani da shi wajen shirya wasu mahaɗan terbium. Terbium yana samar da wasu manyan oxides guda uku: Tb2O3, TbO2, da Tb6O11.
Erbium Oxide

Erbium(III) Oxide, an haɗa shi ne daga erbium na ƙarfe na lanthanide. Erbium oxide foda ne mai launin ruwan hoda mai haske. Ba ya narkewa a cikin ruwa, amma yana narkewa a cikin ma'adanai. Er2O3 yana da hygroscopic kuma zai iya shan danshi da CO2 daga sararin samaniya cikin sauƙi. Tushen Erbium ne mai ƙarfi wanda ba ya narkewa cikin zafi wanda ya dace da amfani da gilashi, na gani, da yumbu.Erbium Oxideana iya amfani da shi azaman gubar neutron mai ƙonewa don man fetur na nukiliya.
Manganese (ll,lll) Oxide

Manganese oxide wani sinadari ne mai ƙarfi wanda ba ya narkewa a yanayin zafi, wanda mahaɗin sinadarai tare da dabarar Mn3O4 ke ɗauke da shi. A matsayin sinadari mai canzawa na ƙarfe, ana iya siffanta Trimanganese tetraoxide Mn3O a matsayin MnO.Mn2O3, wanda ya haɗa da matakai biyu na oxidation na Mn2+ da Mn3+. Ana iya amfani da shi don aikace-aikace iri-iri kamar catalysis, na'urorin lantarki, da sauran aikace-aikacen adana makamashi. Hakanan ya dace da aikace-aikacen gilashi, na gani da yumbu.