Inkcazo | 99.999% | 99.9997% |
Argon | ≤3.0 ppmv | ≤1.0 ppmv |
Nitrogen | ≤5.0 ppmv | ≤1.0 ppmv |
Umoya omdaka | ≤0.1 ppmv | ≤0.1 ppmv |
Ikhabhon monoxide | ≤0.1 ppmv | ≤0.1 ppmv |
I-THC ( CH4) | ≤0.1 ppmv | ≤0.1 ppmv |
Amanzi | ≤0.5 ppmv | ≤0.1 ppmv |
Ihydrogen | ≤0.1 ppmv | ≤0.1 ppmv |
Ioksijiniyigesi engenambala nevumba. Yeyona ndlela ixhaphakileyo ye-oxygen. Ngokubhekiselele kwithekhnoloji, i-oksijini ikhutshwa kwinkqubo yokukhutshwa komoya, kwaye i-oksijini emoyeni ithatha malunga ne-21%. Ioksijini yigesi engenambala kwaye engenavumba kunye nefomula yeekhemikhali i-O2, eyona ndlela iqhelekileyo ye-oxygen elemental. Indawo yokunyibilika ngu-218.4°C, kwaye indawo yokubila yi-183°C. Ayinyibiliki lula emanzini. Malunga ne-30mL ye-oxygen inyibilika kwi-1L yamanzi, kwaye i-oksijeni engamanzi iluhlaza okwesibhakabhaka. Iimpawu zeekhemikhali zeoksijini zisebenza ngakumbi. Ngaphandle kweegesi ezinqabileyo kunye nezinto zetsimbi ezinomsebenzi ophantsi njengegolide, iplatinam, kunye nesilivere, uninzi lweziqalelo zinokusabela ngeoksijini. Ezi mpendulo zibizwa ngokuba zii-oxidation reactions. Iimpendulo ze-redox zibhekisa kwiimpendulo apho ii-electron zikhutshelwa okanye zitshintshwe. Ioksijini inezixhobo ezixhasa ukutsha kunye ne-oxidizing. Ioksijini yonyango inendima ebalulekileyo kunyango lwesibhedlele kunye nokhathalelo lwezonyango, njengokuvuselela, utyando kunye nonyango olwahlukeneyo. Ioksijini isenokusetyenziswa njengegesi yokuphefumla yokuntywila emva kokuba ixutywe nenitrogen okanye ihelium. Ioksijini yorhwebo inokufumaneka ngokunyibilikisa kunye nokuhluza umoya kwindalo kwisityalo sokwahlula umoya. . Ukusetyenziswa kweshishini eliphambili le-oxygen kukutsha. Izinto ezininzi ezihlala zingenakutsha emoyeni zinokutshisa kwi-oksijini, ngoko ke ukuxuba i-oksijini kunye nomoya kuphucula kakhulu ukutsha okusebenzayo kwintsimbi, isinyithi, i-glass kunye ne-concrete industry. Emva kokuba ixutywe negesi ye-petroli, isetyenziselwa ngokubanzi ukusika, i-welding, i-brazing kunye ne-glass blowing ukubonelela ukushisa okuphezulu kunokushisa komoya, ngaloo ndlela kuphuculwe ukusebenza kakuhle. Amanyathelo okhuseleko: Gcina kwindawo epholileyo, nengena umoya. Zigcine kude nomlilo kunye nemithombo yobushushu. Ubushushu bokugcina akufunekanga budlule kuma-30°C. Kufuneka igcinwe ngokwahlukileyo kwizinto ezinokutsha, i-powders yensimbi esebenzayo, njl., kwaye ugweme ukugcinwa okuxutywe. Indawo yokugcina kufuneka ixhotyiswe ngezixhobo zonyango olungxamisekileyo oluvuzayo.
①Ukusetyenziswa koShishino:
Ukwenziwa kwentsimbi, ukunyibilika kwesinyithi esingeyoron.Ukusika izinto zetsimbi.
②Ukusetyenziswa kwezonyango:
Kunyango lokuqala loncedo olungxamisekileyo olufana nokuqunjelwa kunye nokuhlaselwa yintliziyo, kunyango lwezigulana ezinokuphazamiseka kokuphefumla kunye ne-anesthesia.
③Ukwenziwa kweSemiconductor:
Ukubekwa komphunga wekhemikhali wesilicon dioxide, ukukhula kwe-thermal oxide, ukufakwa kweplasma, ukuhluthwa kweplasma yefotoresist kunye negesi ethwalayo kwimisebenzi ethile yokubeka/yokusasaza.
Imveliso | |||
Ubungakanani bepakethi | 40Ltr Isilinda | 50Ltr Isilinda | ISO TANK |
Ukuzalisa Umxholo / Cyl | 6CBM | 10CBM | / |
I-QTY ilayishwe kwi-20'Container | 250Cyls | 250Cyls | |
Umthamo opheleleyo | 1500CBM | 2500CBM | |
Cylinder Tare Weight | 50Kgs | 55Kgs | |
Ivalve | PX-32A/QF-2/CGA540 |
① Ngaphezu kweminyaka elishumi kwimarike;
②ISO umenzi wesatifikethi;
③Ukuhanjiswa okukhawulezayo;
④Umthombo wemathiriyeli ekrwada;
⑤Inkqubo yokuhlalutya kwi-intanethi yokulawula umgangatho kwinqanaba ngalinye;
⑥Imfuno ephezulu kunye nenkqubo enobuchule yokuphatha isilinda ngaphambi kokuzaliswa;