Aluminium Composite Panels PVDF-GooD Quality

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1000 m²
Supply Capability:
20000 m²/month

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Structure of Aluminium Composite Panels PVDF Description:

PVDF coating aluminium composite panel is composed of a polyethylene core and two aluminium skins. The superb properties of this material boost one’s inspiration and offer architecture a whole new range of solutions, whether your project is a private home, a public building, a corporate headquarter or an office, a trading or industrial complex, or if your organisation wants to create a new image, building Corporate Design, whether for petrol stations, car showrooms, banks or supermarkets.


Main Features of Aluminium Composite Panels PVDF:

A) Light weight,flat surface and high strength

B) Excellent heat insulation ,sound insulation,fire-resistance,acid-resistance,alkali-resistance,weatherproofness and non-resonance

C) Various uniform colors

D) Rbright ,elegan and magnificent,fit for various designs

E) Kynar 5000 PVDF resin feature strong chemical resistance,unique colors can be easily maintained


Images of Aluminium Composite Panels PVDF:

Aluminium Composite Panels PVDF

Aluminium Composite Panels PVDF

Aluminium Composite Panels PVDF

Aluminium Composite Panels Specifications:



A1100,A3003,A1050,A8011,A3105,A5005 etc


0.022mm to 3.0 mm


Standard width:1240mm; 1200mm

All width: 30mm - 1600mm


out dia:1200mm

Interior dia: 405mm,505mm


2.5 T/coil,3.0 T/coil




Embossed, mill finish, coated; aluminum gutter coil


AS to all RAL color


10-90%(EN  ISO-2813:1994)

Coating   Thickness

PE: more than 18 micron

PVDF: more than 25 micron

Coating   Hardness

(pencil   resistance)

More than 2h

Coating   adhesion

5J(EN  ISO-2409:1994)

Impact   Resistance

No peeling or cracking(50 kg/cm,ASTMD-2794:1993)




MEK   resistance

More than 100



FAQ of  Aluminium Composite Panels

       a.What is monthly capacity

       ---CNBM is one stated own company and our monthly capacity is about  20000㎡.

       b. Now which countries do you export your goods?

       ----Now we export to  South East Asia,Africa, North America,South America  ect.



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Q:Baking brownies with aluminum foil?
Foil Lined Baking Pan
Q:Which kind of glue is best for bonding aluminum sheets?
502 or universal glue
Q:What's the difference between 6061 aluminum plate, 7075 aluminium plate and 6063 aluminum plate?
7075 T6 hardness in 150HB, hardness is highestUsually 6061 and 6063 can be common
Q:Blocking thermal imaging with glass or aluminum foil?
Yes you can better with aluminum foil and somewhat little with glass. Thermal imaging takes a heat image based on an object radiating out more heat than it's background. The heat is all in the infrared so does not depend on visible light Aluminum foil is very effective in radiating back infrared waves, and very little infrared will pass thru the foil. Glass will let about 90 percent come thru, but it depends on the angle of incidence, with higher angles reflecting more infra red. But Stand in front of a window with the sun shining in, and you see how much infrared from the sun you can feel on your skin . Foil is probably about 95 % effective in reflecting infrared, depending on how shiny it is. In real life situations that is why the inside of thermos bottles are shiny aluminum (or silver) to reflect infrared heat, and fireman wear aluminum suits into fires to protect from the radiant heat ,which is the infrared. So if you wore an aluminized or silverized suit , a thermal imaging device would have a hard time seeing you from the background radiation given off by other objects. You have to give off more radiant heat than surrounding objects to be noticed by a thermal camera
Q:Why can't I melt aluminum?
Aluminium is a highly reactive metal and undergoes passivation. Thus, there is a highly non-reactive layer of Al2O3 around any piece of aluminium exposed to oxygen for any length of time. Al2O3 has a melting point of 2000+ degrees celsius, and it provides some amount of insulation to the aluminium below.
Q:Painting on aluminium .?
Any aluminium will do. Sandpaper it 3 times with decreasingly coarse grain papers, clean it thoroughly with turpentine and then apply 3 coats of white oil based paint. Gesso would do too, but you'd have to use more layers
Q:What is the diameter and area of a hole drilled through aluminum?
Aluminum So 7.50 * 22.2 * 10-6 * 89 = 0.0111555 mm diameter increase (should only report 3 sig figs, so 7.51 mm). The area is then pi / 4 * d^2 = 44.31017 (so 44.3) mm^2
Q:Using thin copper sheets and thin aluminum sheets, respectively, from heat source heat conduction to aluminum heat sink, which kind of efficiency is higher?
Copper is second only to silver as a conductor of heat. The coefficient of thermal conductivity is 398W/mK at room temperature, while aluminum is 236W/mK.The important thing is say three times: please adopt! Please adopt! Please adopt!
Q:Aluminum Foil's 'Dull' Side: Myth or Not?
For cooking, it's little difference. For tinfoil hats, make sure the shiniest side is out so you can best deflect the alien's mind-control rays emitting from their secret base on Neptune.
Q:Are electrons in aluminum free?
Any element that allows the transfer of electrical flow to move across it usually has the characteristic of having free movement electrons in the outer shell. This is why metals are particularly good at electrical conduction. The best metal for transferring electrical charge is silver followed by copper and then aluminum. Much electrical wire is made from pure aluminum because it is cheaper than copper or silver and the resistance to flow is only slightly lower than copper. The electrons in the outer shells are still bound to the aluminum nucleus but they are free to accept a charge from neighboring aluminum atoms and transfer that charge to the next aluminum in the electrical flow. This is basically the definition of electrical resistance. Copper performs this transfer more efficiently than aluminum so it's electrical resistivity is less than aluminums. But in both base metals, the outer electrons never leave the atom, they simply transfer their charge to the next atom in line

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