Low Voc Water-Based Laminating Adhesive L910

• Customization: Available
• Application: Packing, for BOPP, Pet, Aluminum, Laser Film to Paper Bond
• Bonding Function: Acrylic Polymer Emulsion
• Model NO.: L910
• Color: White
• Composition: Acrylic Polymer Emulsion
• Morphology: Water Emulsion
• Free Sample: Below 400g by Express
• MOQ: 1000kgs
• pH Value: 6.0-8.0
• Features: Eco-Friendly, Low Voc and Benzene Free
• Other Products: Water Based Sealing Adhesive
• Material: Acrylic
• Formula: None
• Main Agent Composition: Acrylic Polymer Emulsion
• CAS No.: None
• Promoter Composition: Acrylic Polymer Emulsion
• Classification: Acrylic Polymer Emulsion
• Characteristic: Acrylic Polymer Emulsion
• EINECS: None
• Transport Package: Drum
• Specification: 25kgs, 50kgs, 200kgs per drum
• Trademark: elite-indus
• Origin: Anhui, China
• HS Code: 3906919090
• Production Capacity: 3000mts/Year

Product Description

Low VOC  water-based laminating adhesive L910
Water Based Lamination Adhesive
For Laser Film to paper


Description:
Water based laser film lamination adhesive is a eco-friendly, benzene free, low VOC adhesive, special use for laminate laser film bonding to paper/ paper board/cardboard etc...
suitable for manual, Semi-Auto and Automatic lamination machines.

Features:
Eco-friendly, Low VOC and benzene free
Good coating effect
Low dosage surface sizing and low cost
Good brightness, high peel strength, good weather ability

Specification:

Type	Solid Content	Appearance	Viscosity (No.4 CUP)	PH Value
L905	45%	Milky white liquid	200+/-50S	6.0-8.0
L910	50%	Milky white liquid	70+/-30S	6.0-8.0

Application:
Used for BOPP film, PET film, aluminum film and laser film to paper bonding.

Packing & Storage:

1. 50kgs/Plastic drum, 20650kgs/20'GP.
2. 200kgs/drum,16000kgs/20'GP.
3. Storage in dry, Shady and avoid the direct sunlight, keep the temperature 5-40ºC, 6months Shelf life.

Note:
Above date sheet is based on our experience, just for reference only, do not constitute law responsibility,
we suggest test samples, trial production in advance, then mass production.