Proprietary Additive EATplus®

Made of starch and other all-natural materials, EATplus® is the world’s first 100% organic additive used in the paper pulp food container industry. It enhances the mechanical properties of fibers with a cross-linking mechanism. Fibers then turn resistant to oil and water, even at high temperature, yet remain highly biodegradable. No existing synthetic additive contains these features.

EATplus® does not require any expensive ingredients, helping keep production costs low, and giving our products a very competitive edge. We began development of EATplus® in 1997, and tested it for commercial use in 2002.

Semi-mechanical Pulping System

The first step in the production process is to extract virgin cellulose fibers from agricultural residues or plants with a short life cycle, like sugar cane and bamboo. Such plant tissues are put into a semi-mechanical pulping system, specially engineered to separate fibers with mechanical actions instead of chemical means.

Absolutely chlorine- and sulfur- free, our unique pulping system not only causes minimal environmental hazard, but also minimizes costs by eliminating pollution charges and the need for expensive chemicals.

Zero-emission Manufacturing Flow

Our innovative engineering design is used throughout the manufacturing process, and our zero emission manufacturing technology recycles all liquid and solid leftover into the pulping system. Therefore, no organic or chemical waste is created at any time.

Patent-pending Forming Process

Our patent-pending forming process, which includes a compression chamber and a mould apparatus make us pioneers in pulp packaging technology.

The first patented process uses high air pressure to rapidly form pulp products into shape, cutting the forming time in half. We are also able to manipulate the pressure exerted throughout the process to achieve optimum product quality. This second process increases air flow to hasten the dehydration procedure, a major breakthrough from the traditional process, which relies solely on pressure to squeeze out moisture.