High Definition Digital Printing Aluminum Composite Panels For Sign, ACP, ACM

Delivery Time:30 Working Days
Certification:ISO9001,ISO14001,CE,SGS,ROHS,REACH

High Definition Digital Printing Aluminum Composite Panels For Sign, ACP, ACM

Description:

MAXL Digital Aluminium Composite Panel especially for Digital UV flat printing, which has the outstanding features of smooth glossy surface, high definition printing. Good printing ink absorption, etc. It is an aluminum composite panel especially for high-end digital printing, and a brand new advertising material.

Special Advantages:

1,Extra-long weather resistance, extra strong abrasion resistance: top grade UV protective polyester paint for surface preparation. The warranty is 8---10 years, which can be expanded to 15—20 years if PVDF coating.

2,Superior dimension precision: small dimensional tolerance in length, width,
thickness, diagonal and angularity.

3 ,Long service life: No disqualified status such as coming off of the coating shall happen after 10- year interior use. Range of working temperature: -30℃--70℃

Product Features:

Aluminum alloy: 1000 series or 3000 series aluminum alloy

Coating: special coating for digital printing

Material of core: High pressure and low density polyethylene

Film: special film for digital printing

Product Specification:

Thickness:2mm—6mm; 2mm 3mm 4mm are recommended.

Width:1000---2000mm; 1220mm, 1250mm, 1500mm,2000mm are recommended.

Length:For convenient transportation, the maximum is up to 5800mm.

Test Report

Panel Thickness	Standard	Unit	2mm	3mm	4mm	6mm
Thickness of Aluminium	DIN 1784	mm	0.3	0.3	0.3	0.3
Aluminium thickness deviation	DIN 1784	mm	±0.02	±0.02	±0.02	±0.02
Weight		Kg/m2	2.92	3.85	4.76	6.75
Tolerance in length	DIN 16927/ISO 11833-1	mm	﹣0/﹢2	﹣0/﹢2	﹣0/﹢2	﹣0/﹢2
Tolerance in width	DIN 16927/ISO 11833-1	mm	﹣0/﹢1.0	﹣0/﹢1.0	﹣0/﹢1.0	﹣0/﹢1.0
Tolerance in thickness	DIN 16927/ISO 11833-1	mm	±0.15	±0.15	±0.15	±0.15
Horizontal flatness	DIN ISO 1101	mm	5	3	3	3
Longitudinal roughness	DIN ISO 1101	mm	6	5	5	5
Technical Properties
Section modulus W	DIN 53293