Aliminyòm koube soude fabrikasyon
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Aliminyòm koube soude fabrikasyon

Aliminyòm koube soude fabrikasyon

In general, aluminum is more difficult to work with than carbon steel or stainless steel, meanwhile it's lighter than steel. It is one of the most common materials used for structural bending and welding fabrication. Aluminum provides a reliable strength-to-weight ratio compared to most other metals, and it is recyclable.
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Due to chemical and physical characters, welding of aluminum parts demands welding skills experience as well as welding equipment. The bending fabrication of aluminum is useful and cost-effective production solution, and it gives you design flexibility, integrated functions, good aesthetics and complex geometries. There are few bending solutions available like roller bending, press bending, draw bending and stretch bending, and different aluminum alloy requires different bending solutions. During bending process, aluminum alloys harden and become stronger. 

 

Ki jan yo chwazi bon klas aliminyòm pou koube ak soude fabwikasyon?

 

Premye a tout, ou bezwen konsidere kat faktè, epi yo se fòmabilite, epesè materyèl, reyon koube ak elongasyon. An jeneral,

√  Formability. In general, higher strength means more difficult to bend, due to the tradeoff between strength and elongation – ductility. As one increases, the
    other decreases.

√  Epesè, pi epè materyèl la, pi gwo reyon koube

√  Bend radius, it's affected by both material thickness and alloy types

√  Elongasyon, fòs sede ak ultim fòs rupture yo se faktè k ap deside, ak pi gwo diferans ki genyen ant de la, pi bon an fòmabilite alyaj.
    will be. 

 

Ki alyaj aliminyòm ki apwopriye pou soude?

 

Repons lan se tou de 5 ak 6 seri yo se alyaj ki pi soude nan mitan fanmi an aliminyòm paske yo gen yon nivo pi ba nan mayezyòm, ak Se poutèt sa yo gen mwens chans krak.
The 6 series has alloy with both magnesium and silicon, and it's widely used for welding fabrications. It is a relatively strong structure for buildings related projects, and it also works well with heat treatment. 5 series are widely used for high-strength structure, specially in shipbuilding industry. The table below will give you a general understanding of the characters of these alloys.

Alloy Designation Formability Weldability Machining Rezistans korozyonHeat Treatment FòsAplikasyon
1100EkselanEkselanBonEkselanNonBaMetal k ap vire
2011Good PòvEkselanPòvWiSegondèD'
2024Good Pòvsan PatipriPòvWiSegondèPati bracket
3003EkselanEkselanBonBonNonMedium Pati Ekipman
5052Good Bonsan PatipriEkselanNonMedium Pati pou Marin
6061Good BonBonEkselanWiMedium Pati estriktirèl
6063Good Bonsan PatipriBonWiMedium Pati pou bati
7075PòvPòvsan Patiprisan PatipriWiSegondèPati pou Aerospace


Fabmann sitou itilize seri 6xxx pou fè parantèz aliminyòm koutim ak estrikti, epi nou menm tou nou bay sèvis kouch poud. Sèvis segondè fabwikasyon nou an gen ladan laprès koube, perçage, desen frèt ak soude, epi nou ka yon patnè reyèl sèvis ou a-sispann nan Lachin. Nou itilize anpil tib aliminyòm, pwofil ak plak, epi tou nou bay desen frèt aliminyòm poutib gid ond aliminyòm. Pwodwi aliminyòm nou yo lajman nan ekipman ak pwojè konstriksyon, epi yo se:

 

√  Parantèz

  Plates

  Weldments

  Post Base

  Case




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