Development of biodegradable soft sheet technology (NBC Corporation): April 2001

Development of biodegradable soft sheet technology (NBC Corporation): April 2001

The biodegradable soft sheet technology developed by NBC Corporation has several very unusual features.

1. the application of biodegradable soft sheets
Biodegradable plastic materials have been widely studied as solid containers and packaging materials, but their application as soft sheets is particularly unusual. Soft sheets have many applications in the printing industry and as packaging materials because they are flexible, thin, and easy to process into a variety of shapes. However, until now, soft sheets have mainly been made of petroleum-based plastics, which have the problem of not decomposing after disposal. NBC's technology converts these sheet materials into ones that can decompose in the natural environment, thereby significantly reducing the environmental impact after disposal.

2. expansion of applications
The biodegradable sheets are expected to be used in a wide range of industries, including the printing industry. In particular, since a large amount of plastic used for printed matter and packaging materials is disposed of, the widespread use of biodegradable sheets is expected to significantly reduce plastic waste. Thus, the substitution of environmentally friendly materials for traditional applications has the potential to bring innovation to the entire industry.

3. contribution to environmental issues
Unlike conventional plastics, these sheets decompose in soil and oceans, a technology that prevents environmental pollution caused by plastic waste. This naturally degrading material is attracting attention from an environmental protection perspective, especially as the microplastic problem is becoming a global concern.

4. future possibilities
At present, this technology is mainly used in certain industries, but it is expected to expand into various fields such as packaging materials, disposable products, and agricultural sheeting in the future. Its potential as a sustainable material is enormous, and its uniqueness lies in its softness and versatility compared to other biodegradable materials.