1.Faa'iidooyinka tignoolajiyada alxanka: tignoolajiyada alxanka ee tuubooyinka naxaasta-aluminiumka ah ee khafiifka ah ee ku habboon wax soo saarka warshadaha ayaa loo yaqaanaa dhibaatada heerka caalamiga ah waana tignoolajiyada muhiimka ah ee lagu beddelayo naxaasta oo leh aluminium si loogu xiro tuubooyinka qaboojiyaha.
2. faa'iidada nolosha adeegga: laga soo bilaabo aragtida gidaarka gudaha ee tuubada aluminiumka, tan iyo qaboojiyaha kuma jiraan qoyaanka, gidaarka gudaha ee tuubada isku xirka naxaasta-aluminiumku ma dumin doonto.
3. faa'iidada tamarta-badbaadinta: hoos u dhaca waxtarka wareejinta kulaylka ee dhuumaha isku xidha ee u dhexeeya unugga gudaha iyo qaybta dibadda ee qaboojiyaha, tamar-badbaadinta badan, ama si kale haddii loo dhigo, waxay si fiican u saameynaysaa kuleylka kuleylka, Tamar-badbaadin badan.
4. Waxqabadka foorarsiga oo aad u fiican, fududahay in la rakibo oo la dhaqaaqo
Wax kasta oo foorarsi ah 360 digrii waxay leedahay dabacsanaan wanaagsan, iska caabin daxalka iyo iska caabinta heerkulka sare, dhererka wanaagsan iyo xoogga jilicsanaanta, waxayna buuxin kartaa shuruudaha habraaca caadiga ah (shaabbada, fidinta) iyo qaabaynta sare.Waxay leedahay caag sare, korantada korantada iyo kulaylka kuleylka, waxaana lagu alxan karaa alxanka gaaska, alxanka atomka hydrogen iyo alxanka xiriirka;
Gariiradaha aluminiumku waxay ku habboon yihiin qaboojiyaha kala duwan, qaboojiyaha, tuubooyinka qaboojiyaha qaboojiyaha, tuubooyinka kuleylka kuleylka, hagaajinta qalabka guriga, kuleyliyeyaasha, tuubooyinka foornada heerkulka sare, kuleyliyaha biyaha, kuleyliyaha biyaha kulul, tuubooyinka aluminium gaar ah, tamarta qorraxda, stamping hardware warshadaha. iwm.
mashruuc | Tuubada aluminium | Tuubada naxaasta ah | ||||
Magac kood | JH-001-LG | JH-002-LG | JH-003-LG | JH-001-TG | JH-002-TG | JH-003-TG |
Dhexroorka dibadda tuubooyinka d1(mm) | φ4 | φ6 | φ8 | φ4 | φ6 | φ8 |
Isticmaal cadaadiska Mpa | 3 | 2.7 | 2.7 | 16 | 10 | 6.3 |
foorarsiga ugu yar raad mm | R20 | R40 | R40 | R20 | R30 | R50 |
D | φ4 | φ6 | φ8 | φ4 | φ6 | φ8 |
d | φ2.5 | φ4 | φ6 | φ2.5 | φ4 | φ6 |