PLASTIC FREE PAPER CUP

Aqueous Coated Paper Cup

Aqueous coating paper cups are an innovative, eco-friendly alternative to traditional paper cups that use plastic-based coatings. Aqueous coating is a non-toxic, water-based coating that is applied to paper and cardboard materials to provide protection and enhance the appearance of the product.

What is aqueous coated?

Aqueous is a clear, fast-drying water-based solution that is used to protect paper package. Differing food products might require water, and/or grease/oil resistance, a low Moisture Vapor Transmission Rate (MVTR), odor and taste protection, temperature or chemical resistance, anti-wicking, product release, with good scuff resistance, and appropriate coefficient of friction (COF) properties. Aqueous coatings that offer these properties, plus gluability, and heat seal ability are replacing PE coatings. Other aqueous coated paper board products are formed into paper plates, trays, and cartons. Foremost, aqueous coated paper and paper board is, sustainable, biodegradable, compostable, recyclable, and repulpable (without hydro-pulping).

Feature of aqueous coated

1.It meets the food safety standards of China, the United States and the European Union, does not contain solvents/halogens, and is odorless-Food safety compliance;
(GB9685-2016,GB4806.1-2016, GB4806.10-2016, GB4806.8-2016..)

2.The coating dries quickly and has good leveling ---Good coating processability;

3.High heat sealing strength, good temperature resistance, water/oil/coffee/tea ---- Meet the functional requirements of paper containers;

4.General-purpose cup-making mechanism can be used for cups, no need to adjust process conditions ---- Meet the requirements of subsequent processing;

5.lt has passed the degradability test under anaerobic conditions, and has passed the recycling test of Fuji lndustrial Technology Experimental Center in Japan

Test ---- Degradable and recyclable;

(ASTM D5511: Standard test method for the determination of anaerobic biodegradation of plastic materials under high-solid anaerobic digestion conditions)