Kini Faili Aluminiomu Tinrin?

Bakanna aluminiomu tinrin jẹ ohun elo aluminiomu tinrin pupọ, nigbagbogbo laarin 0.006mm ati 0.2mm.

Aluminiomu aluminiomu ti o nipọn le ṣee ṣe nipasẹ ilana ti yiyi ati fifẹ, eyi ti o jẹ ki o jẹ tinrin pupọ laisi fifun agbara ati agbara. O tun ni diẹ ninu awọn anfani miiran gẹgẹbi iṣiṣẹ eletiriki giga, gbona idabobo, ipata resistance, rorun ninu, ati be be lo.

Aluminiomu bankanje tinrin

Aluminiomu bankanje tinrin

Does aluminum foil come in different thicknesses?

Bẹẹni, aluminum foil comes in different thicknesses. The thickness of aluminum foil is usually measured in meters or inches, and common thicknesses range from 0.2mm to 0.025mm, but other thicknesses can also be customized. In general, thicker aluminum foil is stronger and better able to protect food or items.

Sibẹsibẹ, for uses such as cooking and oven covering, thinner foil may be more practical. When purchasing aluminum foil, you can check the specifications on the package to determine its thickness, and choose the appropriate thickness according to your specific use.

Mechanical Properties of Thin Aluminum Foil

Agbara fifẹ:70-170 MPa
Yield strength50-150 MPa
Ductility5% – 30%
Lile:30-50 HB
Fatigue strength:The fatigue life of thin aluminum foils under cyclic loading is usually very long, but depends on factors such as its thickness, shape and stress level.

Why is aluminum foil so thin?

Because aluminum has some special physical and chemical properties that make it suitable for the manufacture of thin sheet materials.

Chemical properties of aluminum: Compared to other metals, aluminum is a relatively reactive metal. It is easily oxidized to form an oxide layer, which helps protect the surface of aluminum from further oxidation. The oxide layer imparts excellent corrosion resistance to aluminum.

Physical properties of aluminum: Aluminum has a low density and high strength, which means it can be rolled into very thin films without sacrificing strength.

Manufacturing process: The manufacturing of aluminum foil usually uses processes such as rolling and stretching. These processes can reduce the thickness of aluminum foil through continuous rolling and stretching while keeping its structure and properties unaffected.

aluminum foil so thin

aluminum foil so thin

How thin can you make the aluminum foil?

Nigbagbogbo, the thickness of aluminum foil can be between 0.006 mm ati 0.2 mm, which is already very thin, but in reality, the thickness of aluminum foil production is also limited by the manufacturing process and equipment.

Methods for manufacturing aluminum foil include continuous casting, rolling, nínàá, ati be be lo., each of which has its advantages and limitations. Among these methods, the rolling method is one of the most common methods, which can produce very thin aluminum foil, but at the same time requires the use of advanced equipment and processes, and also requires experienced technicians to operate. Nitorina, the thickness of aluminum foil will vary according to the specific production process and equipment capabilities.

Thin aluminum foil alloy models:

1145 alloy aluminiomu bankanje
1200 alloy aluminiomu bankanje
1235 alloy aluminiomu bankanje
3003 alloy aluminiomu bankanje
8006 alloy aluminiomu bankanje
8011 alloy aluminiomu bankanje
8021 alloy aluminiomu bankanje
8079 alloy aluminiomu bankanje

Kí nìdí yan wa?

Henan Huawei Aluminum Co., Ltd. jẹ oludari ti ọpọlọpọ awọn iṣelọpọ aluminiomu ati awọn olupese ni Ilu China. A muna šakoso awọn didara ati idojukọ lori awọn onibara. A nireti lati ni ifowosowopo jinlẹ pẹlu rẹ ati pese fun ọ pẹlu awọn ọja ohun elo aluminiomu ti o ga julọ awọn iṣẹ OEM aṣa. Ti o ba fẹ gba awọn idiyele tuntun ati ti o dara julọ nipasẹ fun kg tabi fun iwuwo boṣewa pupọ, jọwọ kan si wa.

Aluminiomu bankanje gbóògì ila

Iṣakojọpọ

  • Package: Onigi nla
  • Standard Onigi irú sipesifikesonu: Gigun * Iwọn * Giga = 1.4m*1.3m*0.8m
  • Ni kete ti nilo,Iwọn ọran onigi le ṣe atunto bi o ṣe nilo.
  • Fun onigi irú Gross iwuwo asekale: 500-700KG Net iwuwo: 450-650KG
  • Akiyesi: Fun pataki apoti ibeere, ti o baamu yoo wa ni afikun ni ibamu.