Ke eng 1235 aluminium foil?

1235 aluminium foil is an aluminum foil made of 1235 motsoako oa aluminium, which is a more common alloy in the 1000 letoto. Aluminium foil 1235 is characterized by high purity, containing 99.35% aluminium.

1235-Aluminum-Foil

Ke eng 8079 aluminium foil?

8079 aluminium foil is a type of aluminum foil made from 8079 motsoako oa aluminium, one of the three commonly used alloys in the 8000 letoto, and is often used as packaging material. Aluminium foil 8079 has other elements added, such as iron (Fe) and silicon (Le), which enhance its mechanical properties and make it suitable for more demanding applications.

8079 aluminium foil

Aluminium foil 1235 le 8079 are both soft aluminum foil alloys. The two aluminum foils have many common properties and obvious differences.

Similarities between aluminum 1235 le 8079 foil.

Uses and applications

Aluminium foil 1235 le 8079 aluminum foil are commonly used in packaging, including food packaging, pharmaceutical packaging and cosmetic packaging. Their value lies in their barrier properties, which can protect the contents from moisture, light and air.
8079 is more commonly used in pharmaceutical packaging.

Physical properties

Both types of aluminum foil, 1235 le 8079, have excellent formability and can be easily converted into thin gauges. They are both highly resistant to corrosion and suitable for long-term storage of products.

Environmental benefits:

Ka bobeli 1235 le 8079 aluminum foils are recyclable, meeting the growing demand for sustainable packaging solutions.

Appearance

Both types of aluminum foil typically have a shiny, reflective surface that is aesthetically pleasing and enhances barrier properties by reflecting light and heat.

Differences between 1235 le 8079 aluminium foil

1. Alloy composition:

1235 aluminium foil: Made primarily of 99.35% aluminium e hloekileng. This high aluminum content gives it excellent electrical conductivity and corrosion resistance.
8079 aluminium foil: It contains other alloying elements, primarily iron (Fe) and silicon (Le), which are added to improve specific properties such as strength and flexibility. A typical composition might include about 0.05-0.30% Fe and 0.05-0.30% Le.

2. Mechanical properties:

1235 aluminium foil: Due to the high purity of the aluminum, it tends to be softer and more flexible. It has a lower tensile strength than 8079.​​
8079 Aluminium Foil: Due to the addition of alloying elements, it has higher tensile strength and flexibility than 1235. This makes 8079 more suitable for applications that require stronger performance under pressure, such as packaging sharp items.

3. Barrier properties:

1235 Aluminium Foil: Has excellent barrier properties and is suitable for general applications.
8079 Aluminium Foil: Ha ho bapisoa 1235, it has excellent barrier properties, especially in terms of moisture resistance and air permeability, making it an ideal choice for more demanding packaging applications.

4. Processability:

1235 Aluminium Foil: Due to its softness, it is easier to process, making it a good choice for applications that require easy forming.
8079 Aluminium Foil: Slightly more difficult to process, but has better strength and puncture resistance.

5. Cost:

1235 Aluminium Foil:
Typically cheaper due to the higher aluminum content and simpler composition.
8079 Aluminium Foil: Typically more expensive due to the addition of alloying elements and enhanced properties.

1235 aluminum foil is ideal for general packaging and electrical applications due to its high purity, flexibility, good corrosion resistance and cost-effectiveness.
8079 aluminum foil stands out due to its added alloying elements, which provide enhanced strength, flexibility and excellent barrier properties for more demanding packaging needs.