1200 อลูมิเนียมฟอยล์

1200 aluminum foil is a thin metal foil material made of pure aluminum, ดังนั้น 1200 is also called pure aluminum foil. อลูมิเนียมฟอยล์ 1200 has the characteristics of light weight, ความต้านทานการกัดกร่อน, good thermal conductivity, เป็นต้น, and can be widely used in many fields.

1200 อลูมิเนียมฟอยล์
1200 อลูมิเนียมฟอยล์

องค์ประกอบทางเคมีของ 1200 อลูมิเนียมฟอยล์

อลูมิเนียมฟอยล์ 1200 has a high aluminum metal content, and a small amount of copper and manganese elements are added, and the performance has also been greatly improved.

1200 Aluminum Foil Alloy Element Content(%)
องค์ประกอบใช่ + ศรัทธาลูกบาศ์กล้านสังกะสีของมกCrคนอื่นอัล
เนื้อหา1.000.050.050.100.05//0.0599.0

1200 aluminium foil mechanical properties

ล้อแม็กอารมณ์โกรธความหนา(มม)Tensile Strength(Mpa)Yield Strength(Mpa)การยืดตัว(%)
1200 อลูมิเนียมอัลลอยด์1200 o Aluminum Foil0.08-0.1080-110≥50≥18
0.10-0.2080-110≥50≥20
1200 H22 Aluminum Foil0.08-0.10100-130≥60≥18
0.10-0.20100-130≥60≥20
1200 H24 Aluminum Foil0.08-0.10115-145≥70≥15
0.10-0.20115-145≥70≥18
1200 H26 Aluminum Foil0.08-0.10130-160≥90≥8
0.10-0.20130-160≥90≥10
1200 H18 อลูมิเนียมฟอยล์0.08-0.20≥160≥90≥10

Aluminium foil 1200 performance advantages

As an industrial pure aluminum product, 1200 aluminum foil has a series of unique characteristics, which make it widely used in many fields.

High purity characteristics

ปริมาณอลูมิเนียมของ 1200 aluminum foil is usually not less than 99%, and some products even reach more than 99.35%, which makes it have good chemical stability and physical properties.

Low impurity content

The content of other metal elements is strictly controlled at a very low level, เช่นทองแดง (ลูกบาศ์ก), สังกะสี (สังกะสี), แมงกานีส (ล้าน), titanium (ของ), and the total content of silicon (และ) และเหล็ก (เฟ) does not exceed the prescribed limit.

ความหนาแน่นต่ำ

Aluminum foil is a light metal material, and the density of aluminum is relatively low. ดังนั้น, 1200 aluminum foil has advantages in applications that require lightweight, and the products made are also lighter.

Excellent electrical conductivity and thermal conductivity

1200 aluminum foil has good electrical conductivity and thermal conductivity, and is suitable for occasions that require efficient heat conduction and electrical conduction.

High plasticity

1200 aluminum foil is easy to perform various pressure processing and forming operations such as drawing and bending, which can be very useful in manufacturing products with complex shapes.

เชื่อมได้ดี

อลูมิเนียม 1200 foil can be welded by various methods such as gas welding, hydrogen atom welding and touch welding, but it is not easy to braze.

ความต้านทานการกัดกร่อน

Aluminum can form a fine and strong oxide film in the air, which effectively prevents the intrusion of oxygen, ดังนั้น 1200 อลูมิเนียมฟอยล์มีความต้านทานการกัดกร่อนที่ดี. Its corrosion resistance can be further improved after anodizing.

ขึ้นรูปได้ดี

Aluminum metal is soft, และ 1200 aluminum foil is easy to process into various shapes and sizes to meet different application requirements.

Beautiful surface After proper treatment, 1200 aluminum foil can present a beautiful surface texture, suitable for decoration and packaging and other fields.

1200 aluminum foil density

Density is the basic physical property of aluminum, and the density of aluminum mainly depends on its material, นั่นคือ, pure aluminum or aluminum alloy. The density of pure aluminum is about 2.7g/cm³, และ 1200 aluminum foil usually refers to high-purity aluminum foil with an aluminum content of more than 99.00%. Since its main component is aluminum and the content of alloy elements is extremely low, its density is very close to the density of pure aluminum, which is about 2700 กก./ลบ.ม.

1200 aluminum foil melting point

Aluminum foil is a deep-processed product of aluminum metal, and its melting point is close to that of pure aluminum. The melting point of pure aluminum is a fixed physical property, which is 660.4℃. ดังนั้น, the melting point of 1200 aluminum foil is also about 660.4℃. The melting point of aluminum foil may be affected by factors such as its purity, ความหนา, processing method, and the presence of other alloying elements, but these factors usually do not cause significant changes in the melting point.