Amashubhu e-C2680 ethusi aqonde kusuka efekthri ngamanani aphambili

Amashubhu e-C2680 ethusi aqonde kusuka embonini ngamanani entengo ephezulu Isithombe Esifakiwe

Incazelo emfushane:

Ipayipi lethusi le-C2680 Brass Tubestraight

Isimo:nxazonke

Isicelo:isiqandisi, i-air conditioner, ipayipi lamanzi, i-heater yamanzi, ipayipi lokupholisa uwoyela

Ukuqina:1/16 kanzima, 1/8 kanzima, 3/8 kanzima, 1/4 kanzima, 1/2 kanzima, kugcwele

Ubude:3m, 5.8m, 6m, 11.8m, 12m noma njengoba kudingeka.

Ubukhulu:0.1 3.0 mm, 0.3 mm kuya ku-30 mm

Thumela i-imeyili kithi

Imininingwane Yomkhiqizo

Omaka bomkhiqizo

I-C2680 Brass Tube, Uhlobo lweshubhu yensimbi engeyona insimbi, icindezelwe futhi idwetshwe ishubhu engenamthungo.Ipayipi le-Copper elinezici ezinamandla, ezimelana nokugqwala, futhi libe usonkontileka wesimanje kuwo wonke amapayipi amanzi ezindlu zokuhlala ezithengiswayo, ukufudumeza, ukufakwa kwepayipi lesiqandisi ukukhetha kokuqala.Amapayipi ethusi angcono kakhulu okuphakela amanzi.

Ividiyo

I-C2680 Brass Tube, Izici

I-C2680 Brass Tube, Isisindo sokukhanya, ukuguquguquka okuhle kwe-thermal, amandla aphezulu okushisa aphansi.Kuvame ukusetshenziselwa ukukhiqiza imishini yokudlulisa ukushisa (njenge-condenser, njll.).Iphinde isetshenziselwe ukuhlanganisa amapayipi anezinga lokushisa eliphansi emishinini yokukhiqiza umoya-mpilo.Ipayipi lethusi eliwububanzi obuncane livame ukusetshenziselwa ukudlulisa uketshezi olucindezelayo (njengesistimu yokuthambisa, isistimu yokucindezela uwoyela, njll.) futhi isetshenziswa njengeshubhu yokucindezela kwensimbi, njll. Amashubhu ethusi aqinile futhi amelana nokugqwala.

Ikakhulukazi inezinzuzo ezilandelayo: ithubhu yethusi ukuthungwa kanzima, akulula ukugqwala, futhi ukumelana lokushisa eliphezulu, ukumelana nokucindezela okukhulu, kungasetshenziswa ezinhlobonhlobo zemvelo ezingezona zethusi.Futhi uma uqhathanisa neshubhu yethusi, ukushoda kwezinye izinto eziningi zamapayipi kuyabonakala, isibonelo, esikhathini esidlule indawo yokuhlala isebenzisa ishubhu lensimbi enathayela, ukugqwala kwayo kulula kakhulu, isikhathi sokusebenzisa asiside singabonakala izinwele zamanzi kampompi ziphuzi, ukwehla kwamanje. linda inkinga.Kukhona futhi ezinye izinto emandleni okushisa aphezulu zizonciphisa ngokushesha, lapho zisetshenziselwa amapayipi amanzi ashisayo zizoveza izingozi ezingaphephile ezifihliwe.Kodwa ngenxa yokuthi ithusi linendawo yokuncibilika engu-1,083 degrees, izinga lokushisa lesimiso samanzi ashisayo linethonya elincane kumashubhu ethusi.Amashubhu ethusi avamile ahlanganisa ishubhu yethusi kagesi, ishubhu yethusi yesiqandisi, ishubhu yethusi enomfutho ophezulu, ishubhu yethusi elingagqwali, ishubhu yethusi yokuxhumana, ishubhu yethusi yomzila wamanzi, ishubhu yethusi yokushisisa kagesi kanye neshubhu yethusi yezimboni.

Umlando wentuthuko

Kuze kube manje, imikhiqizo yokuqala yethusi etholakala emhlabeni ikakhulukazi eNtshonalanga ye-Asia, njengesifunda sase-Iraq sase-Zawei Chemi, yathola imihlobiso yethusi, iminyaka engaba ngu-10,000 BC kuya ku-9,000 BC;Imihlobiso yethusi nayo itholakale e-ali Kashi entshonalanga ye-Iran, esukela ku-9,000 kuya ku-7,000 BC;Izinaliti zethusi nezigaxa zitholwe endaweni yase-Chayoni eningizimu yeTurkey, kusukela cishe ngo-8,000 BC.Le mikhiqizo yethusi iyimikhiqizo ye-copper ebomvu yemvelo, hhayi ngethusi lokuncibilikisa i-ore.

Kusukela ekusetshenzisweni kwethusi elimsulwa, kuya ekuncibilikiseni insimbi yethusi kuya ethusi elimsulwa, kuya ekuncibilikiseni ingxube yethusi, isintu siye sabhekana nokuhlola isikhathi eside, njengomlingo wezwe wethusi ukwakha umhubhe wesikhathi obenyezelayo kancane kancane.

Ukuncibilikiswa kwethusi kokuqala emhlabeni kwatholakala eShaanxi, eChina.Ngo-1973, ipuleti lethusi eliyi-semicircular kanye neshubhu lethusi kwatholakala endaweni ye-Jiangzhai Cultural e-Lintong, esifundazweni saseShaanxi, esukela cishe ku-4700 BC.Worth ukuveza ukuthi umthombo ukukhanya e Shanghai muva nje, usebenzisa X-ray fluorescence scanning analysis, uthole ukuthi okuqukethwe zinc ezindaweni ezahlukene edolobhaneni zethusi tincetu ginger abe umehluko omkhulu, futhi kuholele ukusatshalaliswa iphuzu ehlakazekile, izici zayo kanye nokunciphisa isimo esiqinile. Indlela yethusi iyafana ncamashi, ngaleyo ndlela ukufakazela amadlozi asungulwa ekusetshenzisweni kwensimbi yemvelo nokubunjwa kwensimbi asetshenziswa lapho kushiswa ukushisa noma ukunciphisa okuqinile okuncibilikisa insimbi.

I-C2680 Brass Tube, Ukuhlelwa Okuyinhloko

Ithusi eliholayo
Umthofu empeleni awuncibiliki ethusi futhi usabalalisa emingceleni yokusanhlamvu njengezinhlayiyana zamahhala.Ithusi lomthofu lino-α kanye (α+β) ngokuya ngesakhiwo salo.Ithusi eliholayo le-alpha lingakhubazeka ngokubanda kuphela noma lishise likhishwe ngenxa yomphumela omkhulu oyingozi womthofu kanye nepulasitiki ephansi ezingeni lokushisa eliphezulu.(α+β) ithusi eliholayo line-ductility enhle ezingeni lokushisa eliphezulu futhi lingakhiwa.

Ithusi likathayela
Ukwengezwa kwe-tin ethusi ngokusobala kungathuthukisa ukumelana nokushisa kwe-alloy, ikakhulukazi ikhono lokuthuthukisa ukumelana nokugqwala kwamanzi olwandle, ngakho-ke ithusi le-tin libizwa ngokuthi "i-navy brass".

Ithini lingancibilika libe yisixazululo esiqinile esisekelwe ethusi ukuqinisa isisombululo.Kodwa-ke, ngokwanda kokuqukethwe kwe-tin, kuzoba nesigaba se-brittle R (inhlanganisela ye-CuZnSn) ku-alloy, engahambisani nokuguqulwa kwepulasitiki ye-alloy, ngakho-ke okuqukethwe kwe-tin yethusi ngokuvamile ku-0.5% ~ 1.5%.

I-tin brass evame ukusetshenziswa hSN70-1, HSN62-1, HSN60-1 njalonjalo.Eyokuqala iyingxube ye-α ene-plasticity ephezulu futhi ingacutshungulwa ngokucindezela okubandayo nokushisayo.Izinhlobo ezimbili zokugcina ze-alloy zine (α+β) isakhiwo sezigaba ezimbili, futhi ngokuvamile inani elincane lesigaba sika-R, i-plasticity yegumbi lokushisa ayiphezulu, ingakhubazeka kuphela ngaphansi kwesimo esishisayo.

Ithusi leManganese
I-Manganese inokuncibilika okukhulu kuthusi eliqinile.Amandla nokumelana nokugqwala kwe-alloy kungathuthukiswa kakhulu ngaphandle kokunciphisa i-ductility ngokungeza i-1% ~ 4% ye-manganese yethusi.

I-Manganese yethusi ine-(α+β) microstructure futhi i-hMN58-2 ivame ukusetshenziswa.Inokusebenza okuhle komshini wokucindezela ngaphansi kwezimo ezibandayo nezishisayo.

Insimbi, ithusi
Ethusini lensimbi, insimbi yenziwa izinhlayiya ezinothile nge-iron njenge-crystal nuclei ukuze kucwengwe okusanhlamvu futhi kuvimbele ukuhluma okusanhlamvu ukuthi kungakhuli, ukuze kuthuthukiswe izakhiwo zemishini nezobuchwepheshe zengxubevange.Insimbi yethusi kokuqukethwe kwensimbi ngokuvamile ingaphansi kuka-1.5%, isakhiwo sayo (α + β), esinamandla amakhulu nokuqina, i-plasticity inhle kakhulu ekushiseni okuphezulu, isimo esibandayo singabuye sikhubazekile.Uhlobo oluvame ukusetshenziswa yi-HFE59-1-1.

Isiliva le-nickel
I-Nickel nethusi kungakha isisombululo esiqinile esiqhubekayo futhi kukhulise isifunda sesigaba esingu-α kakhulu.Ukumelana nokugqwala kwethusi emoyeni nasemanzini olwandle kungathuthukiswa ngokungeza i-nickel.I-Nickel ingaphinda ikhulise izinga lokushisa le-recrystallization yethusi futhi ikhuthaze ukwakheka kwezinhlamvu ezinhle.

I-Hni65-5 nickel-brass inesakhiwo se-α yesigaba esisodwa, esine-plasticity enhle ekamelweni lokushisa futhi singakhubazeka lapho kushisa.Kodwa-ke, okuqukethwe kokungcola komthofu kufanele kulawulwe ngokuqinile, noma indawo eshisayo yokusebenza yengxubevange izokonakala kakhulu.

Ukwakhiwa Kwekhemikhali(%)

	GB	I-JIS	Ku+Ag	P	Bi	Sb	As	Fe	Ni	Pb	Sn	S	Zn	O
Ithusi Elicwengekile	T1	I-C1020	99.95	0.001	0.001	0.002	0.002	0.005	0.002	0.003	0.002	0.005	0.005	0.02
	T2	C1100	99.9	-	0.001	0.002	0.002	0.005	-	0.005	-	0.005	-	-
	T3	C1221	99.7	-	0.002	-	-	-	-	0.01	-	-	-	-
I-Oxygen Free Copper	TU0	C1011	99.99	0.0003	0.0001	0.0004	0.0005	0.001	0.001	0.0005	0.0002	0.0015	0.0001	0.0005
	TU1	I-C1020	99.97	0.002	0.001	0.002	0.002	0.004	0.002	0.003	0.002	0.004	0.003	0.002
	I-TU2	I-C1020	99.95	0.002	0.001	0.002	0.002	0.004	0.002	0.004	0.002	0.004	0.003	0.003

Izakhiwo Zomzimba

Ibanga	Ulaka	Ukuqina(HV)	Amandla okuqina (Mpa)	Ubude(%)
C1000 C1200 C1220 njll.	Ithambile	<60<>	>205	≥40
	1/4H	55-100	217-275	≥35
	1/2H	75-120	245-345	≥25
	H	105-175	> 295	≥13