Do you know "aluminum foil"? The most detailed introduction of aluminum foil material

E mohio ana koe “pepa konumohe”?

E mohio ana koe “pepa konumohe”?

Definition of aluminum foil material

What is aluminum foil material? Ko nga mea konumohe konumohe he mea ka huri tika ki nga pepa angiangi ma te whakamahi i te konumohe whakarewa (pereti konumohe me tetahi matotoru). Ko te pepa konumohe nga ahuatanga o te kakano ngawari, ductility pai, me te kanapa hiriwa-ma. Kei te whakamahia nuitia i roto i nga mara maha. The following is a detailed introduction to aluminum foil material:

Detailed introduction to aluminum foil material

Aluminum foil thickness type

Aluminum foil material is soft and can be processed into different thicknesses as needed. Huawei Aluminum can produce specific thicknesses.

Aluminum foil materials are classified in thickness range

Type	Thickness Range	Application Areas
Light aluminum foil	0.005~0.02 mm	Suitable for packaging and disposable items, pērā i te tākai kai, tākai rongoā, etc.
Medium aluminum foil	0.02~0.06 mm	Suitable for cooking and baking, and can withstand certain temperature changes without being easily damaged.
Heavy aluminum foil	Above 0.06 mm	Mainly used for industrial purposes and special packaging, such as electronic product packaging, insulation and heat preservation materials, etc.

Aluminum foil materials are classified by thickness accuracy

Type	Thickness Range	Features
Thick Foil	0.1~0.2 mm	Relatively thick, with high strength and stability
Single Zero Foil	less than or equal to 0.1 mm, but greater than 0.01 mm.	The thickness is relatively accurate and suitable for occasions with certain requirements for thickness.
Double Zero Foil	less than 0.0075 mm	Extremely thin thickness, extremely high precision, often used in high-end packaging and special fields.

Aluminum foil alloy type

Aluminum foil is a lightweight and highly ductile material. It can be divided into multiple series according to different application requirements. Common series include 1000 raupapa, 3000 raupapa, 5000 raupapa, a 8000 raupapa. Each series has a large difference in alloy composition.

Aluminum foil alloy series

Alloy Series	Features	Common types
1xxx series aluminum foil alloy	mainly composed of pure aluminum and a very small amount of other elements, with high aluminum purity, iti kaha, good plasticity, strong corrosion resistance, and widely used in aluminum foil production. 1 series aluminum alloy aluminum foil is very soft and easy to process and form, but its strength is low and its heat resistance is not very good.	1050 pepa konumohe 1060 pepa konumohe 1070 pepa konumohe 1100 pepa konumohe 1200 pepa konumohe 1235 pepa konumohe 1350 pepa konumohe
3xxx series aluminum foil alloy	3xxx series aluminum foil alloy: 3000 series aluminum foil is a general-purpose aluminum alloy. In addition to aluminum and a small amount of manganese, it also includes some other elements such as copper, magnesium, and tempering agents. 3 series aluminum alloy aluminum foil is stronger than 1 raupapa konumohe konumohe, and adding copper to aluminum alloy can increase its hardness.	3003 pepa konumohe 3004 pepa konumohe 3005 pepa konumohe 3105 pepa konumohe
5xxx series aluminum foil alloy	5000 series aluminum foil uses magnesium (Mg) as the main alloying element, and may add a small amount of manganese (Mn), chromium (Cr) and other elements to form a medium-strength aluminum-manganese-magnesium series alloy. It has high compressive strength and tensile strength, as well as good fatigue limit. The 5xxx series has high ductility and is easy to process in a variety of ways, such as cold working and hot working.	5005 pepa konumohe 5052 pepa konumohe
8xxx series aluminum alloy foil	8000 series aluminum foil is mainly composed of aluminum, tin and other elements such as copper and magnesium. 8 series aluminum alloy aluminum foil is stronger than 1 raupapa me 3 raupapa konumohe konumohe, has better corrosion resistance and hardness, and also has good weldability and heat resistance, so it is widely used in high temperature environments. 8 series aluminum alloy has good softness and plasticity, and is often used to make dust-free trays, lamp holder materials, tākai kai, tākai rongoā, etc.	8011 pepa konumohe 8021 pepa konumohe 8079 pepa konumohe

What are the alloy tempers of aluminum foil?

Hard foil: Aluminum foil that has not been softened after rolling may have residue on the surface, so it needs to be degreased before printing, lamination and coating. If it is used for forming, it can be used directly.

Semi-hard foil: The hardness is between hard foil and soft foil, usually used for forming.

Soft foil: Aluminum foil that is completely annealed and softened after rolling, the material is soft and there is no residual oil on the surface. Soft foil is widely used in packaging, composite materials, electrical materials and other fields.

Processing types of aluminum foil

Aluminum foil is soft and can be processed in various forms. The surface can be processed by coating, embossing, laminating, printing and other processing methods.

Color-coated aluminum foil

Color-coated aluminum foil is a kind of aluminum foil product with color coating, which is made of pure aluminum or aluminum alloy plate after a series of processing, including smelting, rolling, annealing and other steps, and then undergoes special surface treatment.
Color Coated Aluminum Foil is mainly composed of two parts: aluminum substrate and color coating. The aluminum substrate provides good mechanical properties and corrosion resistance, while the color coating gives the product rich colors and decorative effects. Color-coated aluminum foil is therefore widely used in construction, home appliances, tākainga, decoration and other fields.

Embossed aluminum foil

Embossed aluminum foil is a material that forms a concave and convex pattern on the surface of aluminum foil through a mechanical embossing process. Embossed aluminum foil is widely used in decoration, tākainga, construction and other fields due to its unique surface texture and excellent performance. The embossing process can enhance the reflectivity and heat insulation of aluminum foil, so that it can help reflect sunlight and reduce heat transfer in applications such as construction and automotive interiors.