CN EN

Products

CODE:
YA001K
Download
Art Paper 80g /Acrylic A-01/WG65
USE:
Minimum labeling temp: +5℃
Service temp: -20℃~80℃ (24h after labeling)
Suitable for food or medicine label in conventional glossy.
Must test to confirm if used in small bottle label (diameter smaller than 30mm).
Rough surface substrate is not recommended.
There are many digital printing methods and types of inks, please confirm the printing effect.
Contact us now
Detail
Application

Fulfill the requirement of ROHS, REACH, VOC

Minimum labeling temp: +5℃

Service temp: -20℃~80℃ (24h after labeling)

Suitable for food or medicine label in conventional glossy.

Must test to confirm if used in small bottle label (diameter smaller than 30mm).

Rough surface substrate is not recommended.

There are many digital printing methods and types of inks, please confirm the printing effect.

Printing and processing

Suitable for conventional printing.
The facestock can be fine printing, and the pattern is full of color.
Control the viscosity of the ink to avoid coating detachment caused by excessively sticky ink.
The liner has a relatively high strength, which gives it a significant advantage in the high-speed labeling field. The specific labeling speed is recommended to be confirmed through sampling.
Storage period and conditions

From date of manufacture: 12 months
Storage conditions: 23±2℃& relative humidity 50±5%
Prolonged storage outside these conditions might reduce the shelf life.
Facestock
Art paper, glossiness between matte & high gloss.
Indicator
Substance
Caliper
Parameter
80±5%
70±5%
Unit
g/m²
μm
Method
ISO 536
ISO 534
Adhesive
High-viscosity permanent emulsion acrylic adhesive
This adhesive complies with FDA section 21 (175.105) and can be used for not-contact labeling of food, pharmaceutical and cosmetic products.
Indicator
Initial Tack
90°Peel Adhesion(20min)
Shear Strength
Parameter
≥14 or PT
≥7 or PT
≥3
Unit
N
N/25mm
hours
Method
FTM9, ss
FTM2, ss
FTM8, ss
Liner
Super calendered white glassine
Indicator
Substance
Caliper
Parameter
62±5%
54±5%
Unit
g/m²
μm
Method
ISO 536
ISO 534
Statement
All the statements, tech information & recommendations are based on the tests believed to be reliable but do not constitute a guarantee or warranty. All products sold should be tested by the customer in the end-use environment to confirm compliance with the requirements of that environment and to determine which materials to purchase.We reserve the rights of final explanation.