What is aluminum foil grade 3003?

3003 aluminum foil is a commonly used aluminum alloy, belonging to the 3xxx series aluminum alloy, also known as the AL-Mn series alloy, and is a kind of anti-rust aluminum widely used in the 3xxx series.
Алюмініевая фальга 3003 has good comprehensive properties of strength, formability and corrosion resistance, and is the best aluminum alloy material in industry

3003 aluminum foil product introduction

The strength of 3003 aluminum alloy is not high (крыху вышэй, чым 1000 series industrial pure aluminum foil). AW3003 cannot be strengthened by heat treatment, but its mechanical properties can be improved through cold working.

Алюміній 3003 foil has high plasticity in the annealed state, good plasticity when semi-cold work hardening, і добрая свариваемость. Good plasticity and weldability make 3003 aluminum foil products suitable for low-load parts working in liquid or gaseous media, напрыклад, паліўныя бакі, gasoline or lubricating oil conduits and other applications.

3003 aluminum foil metal element content

3003 aluminum foil mechanical properties

Што ёсць 3003 aluminum foil used for?

3003 aluminum foil has good performance in alloy strength, formability and corrosion resistance. There are some common uses:

Алюмініевая фальга 3003 for packaging: 3003 aluminum foil is commonly used for packaging purposes. It is used in the manufacture of flexible packaging materials such as foil containers, lids, bags and blister packs.

Алюмініевая фальга 3003 for heat exchangers: The good thermal conductivity and corrosion resistance of 3003 alloy make it suitable for heat exchangers and air conditioning components, and can effectively transfer heat.

Алюмініевая фальга 3003 for cookware: Due to its formability and corrosion resistance, 3003 aluminum foil can be easily used in the manufacture of cookware such as pots, pans and baking sheets.

Алюмініевая фальга 3003 for decorative and embossed foil: Алюміній 3003 can be easily embossed or textured, making it useful for decorative applications on packaging, labels, and other products that require a unique appearance.

3003 aluminum foil characteristics

3003 foil Corrosion resistance: 3003 aluminium foil has excellent corrosion resistance and can well adapt to humid and marine environments.

Алюмініевая фальга 3003 has good formability: Алюміній 3003 is highly formable and can be easily formed and molded into various configurations without cracking.

Balanced strength: 3003 aluminium foil is weaker than 5000 series aluminum foil in strength, але 3003 aluminum foil can still achieve a good balance between strength and formability.

Good thermal conductivity: 3003 aluminum foil has good thermal conductivity and can be used as heat exchangers and other applications that require efficient heat transfer.

Добрая свариваемость: Good weldability enables the manufacture of many complex structures and components.

Non-heat treatable: 3003 aluminum foil is a non-heat treatable alloy and cannot be strengthened by heat treatment process.

Лёгкі: With a density of 2.7g/cm³, aluminum foil is a lightweight material that enables light weight applications.

Даведка：OpenAi

3003 aluminum foil manufacturers

Huawei Aluminum is a large-scale manufacturer of 3003 алюмініевая фальга. Its 3003-H18 aluminum foil, 3003-O aluminum foil, 3003-H24 aluminum foil, г.д. are our hot-selling aluminum alloy products. They can be used in food packaging, household and industrial packaging. Application performance. We can sell at factory 3003 aluminum foil price and provide you with the most suitable purchasing plan.

3003 aluminum foil packaging details

Huawei Aluminum Alloy packaging will strictly adhere to customer requirements for labeling and packaging, and use film or kraft paper on the packaging to protect the product. My packaging uses wooden pallets or wooden boxes to ensure the maximum product protection.

Difference between aluminum coil 3003 і 6061 ?

3003 is a regular model of the 3xxx series, і 6061 is the most commonly used one in the 6xxx series. The alloy compositions of the two are very different, so they also have large differences in some characteristics.