Specification :

Aluminium composite panel, Fluorocarbon PVDF cladding panel is made of a mixture of fluorocarbon resin with fluorine enyne as the basic monomer, paint, alcohol ester solvent and accessory ingredients.

Aluminum-magnesium alloy is the combination of the major element-aluminum and small quality of magnesium or other metallic materials for strengthening the hardness. Due to its metallic property the heat conductivity performance and the intensity are particular obvious. Meanwhile the alloy is relatively of high flexibility and bending and abrasion-resistance. It is light weighted and of low density and of strong anti-press property. Due to magnesium the alloy has great anti-corrosion property. So the material can be largely applied in the outdoor building decoration with large scale.
Aluminum-manganese alloy the element of the alloy is manganese which has excellent forming performance high corrosion-resistance fine welding property and electrical conductivity. Its anti-press intensity is much higher than 1100.This kind of alloy can be applied in signs and washing machines cylinder shell.
FEITENG products are the once formation on the continuous extruding composite production line. The positive and negative aluminum material adopting Alu-Mn or Alu-Mg alloy materials connect the plastics with the core material fully by the polymer adhesive resin. Due to the excellent extension manufacturing property and relatively high surface hardness guaranteed by the Alu-Mn or Alu-Mg alloy materials the aluminum composite panel which is well to be installed and manufactured is widely applied in advertising signs and curtain wall decoration.

Raw materials
1 Aluminum panel material high intensified 3000 or 5000 series aluminum alloy
2 PE core material poison-free low-density PE
3 Coating PVDF, PE

Specification
Panel thickness 2-6mm 3mm-4mm is recommended
Panel width 1000-2000mm 1000mm 1220mm 1250mm 1500mm 2000mm are recommended
Panel length 5800mm longest  2440mm 3050mm 4050mm  5500mm are recommended
Aluminum thickness 0.2mm-0.5mm 0.2mm 0.3mm are recommended

Contrast table of different aluminum series

Series

Item
1000
3000
5000

Alloy Component
Pure aluminum
Aluminum-manganese alloy
Aluminum-magnesium alloy

Surface Hardness HB
44
47
45

Extension and

Manufacturing Characteristics %
5
6-14
7

Bending Strength MPa
152
175
159

Shearing Strength MPa
90
105
97

Advantage
Smooth panel surface

and light mass
More smooth panel

and optimal rigidity
Antirust alloy

with excellent weather resistance the back of the

Aluminum Composite Panel

needs not the back painting

Effect of different aluminum alloys on mechanical properties

Aluminum alloy
Thickness

of aluminum
Total

thickness
Coating
Bending

strength MPa
Bending

Elastic

Mo dulus MPa
Perforation

resistance KN
Shearing

strength MPa

1100 aluminum alloy
50
4
PVDF2
127.91
30666.97
8.38
26.01

3003 aluminum alloy
50
4
PVDF2
161.11
33550.41
9.69
30.29

5005 aluminum alloy
50
4
PVDF2
133.59
31387.73
8.71
27.75

Contrast

Fig.1
Fig.2
Fig.3
Fig .4