AluEastbond FEVE aluminum composite panel has high quality polyurethane as the primary coating and highly baked fluoro-resin as the surface coating. It has a 10-15 year weather resistance. Its colors are more brilliant and glossier than the PVDF fluoro-carbon coating. The color’s diversification and uniqueness make it unparalleled by other painting

Fluoroethylene vinyl ether (FEVE) resins were developed in Japan in the early 1980’s. It is second-generation fluoropolymer coating with a similar level of durability, weatherability , adhesive force, flexibility, and color and gloss retention as PVDF coatings. The main differences between these two exterior coating technologies is that PVDF resin based coating has a limitation on the maximum gloss, it can achieve of 20%-40%, FEVE coatings on the other hand, can achieve a wider gloss range 20%-80%. The primary applications for panels sheets coated with FEVE resins are for architectural and outdoor signage, where high gloss and durability are requested.

Nano PVDF Panels uses a new and exciting technology to change the molecular structure of the surface of the paint. This improves and enhances the paint coating by giving it a longer color and gloss retention. It is applied as a 4th layer of coating over and above the 3rd layer of PVDF coating. The 4th layer of Nano coating which is made from a water soluble chemical seals any air gaps between the tiny paint molecules thus preventing dirt, water, permanent paint or any foreign particles to penetrate through the paint surface, making the paint surface lipophobic and hydrophobic.
The high-tech Nano technology, it has more super advantages in pollution resistance, self-cleaning function, acid resistance and alkaline resistance.

AluEastbond PVDF aluminum composite panel is exclusively made for exterior wall cladding, its excellent property comes from the front coating and its outstanding durability, it applies PVDF kynar 500 coating which is painted through the continuing roller coating system and the multiple layers are individually stoved at 220-260℃, the two cover sheets sandwich the same mineral core of polyethylene which is Hardly inflammable.

PVDF coating, made of fluorine carbon resin, is solidified to dry film with super weather resistance. We have normal PVDF and NANO PVDF coatings. Normal PVDF coating, certified as KYNAR 500, is made of 2-3 time coating and baking, has good properties of anti-acid, Anti-alkali, is durable in atrocious weather and environment. Warranty could reach to 15 years for exterior use. NANO PVDF coating, with self-cleaning NANO meter paint on the normal PVDF coating, is used to protect the surface from pollution, dust or dirty rains. Warranty could be up to 15 years for exterior use.

AluEastbond FR (Fire resist) ACP comprises a mineral core between two aluminum skins. Thicknesses of the mineral core and aluminum skins can be designed according to customers’ requirements.  The front surface can be PVDF, FEVE, Nano or PE coated. The bottom surface can be used anti-corrosive paint.

The interlayer is non-combustible mineral material, which has excellent ability in fire resistance. Also, mineral material enables ACP to have high peel strength and excellent impact resistance.

The invention of AluEastbond FR has significant meaning because nowadays many applications requires materials with higher fire security classification with certified standards, therefore AluEastbond FR panel fulfills the basic demand of fire safety requirement and meanwhile with beauty for those applications.

AluEastbond Fire-resist ACP can be processed and installed exactly same way like normal architectural ACP. With the motivation to provide to the market a more affordable fire-resistant aluminum composite panel, AluEastbond invested lots of work in upgrading the production facilities and production technology to save cost, and now AluEastbond FR  has much more competitive price compared with other competitors.

AluEastbond FR ACP meets the standards of GB 8624 (Grade B, Grade A2), ASTM E-84(Grade B, Grade A2), ASTM E119(2 hours), NFPA 285 (Qualified), EN13501-1 (Grade A2)