Development of Environmentally Friendly Products
As measures to solve social issues, DKS strives to develop technologies and deliver products that meet environmental needs.
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| Needs & challenges | Values we deliver | Our product lineup | Technologies |
|---|---|---|---|
| Global warming prevention |
Reducing CO2, promoting green energy | Binder for lithium-ion batteries | Cellulose modification, battery evaluation |
| Gel electrolyte polymers | Polymer function designing, battery evaluation | ||
| Conductive paste for solar cells | Organic-inorganic hybridization | ||
| Limiting ozone destruction (global warming) | Solvent alternative cleaning agents | Precision cleaning agents evaluation | |
| Energy and resource saving |
Reducing the steps in manufacturing processes (energy-saving) | Solvent-free UV-curable materials | UV/EB curing, alkylene oxide addition |
| Extending the useful life of products | Sealing materials for circuit boards | Potting, urethanization | |
| Contributing to a recycling-oriented society |
Delivering products with low environmental impacts by using renewable raw materials | Cellulose nanofiber | Cellulose modification |
| Sucrose fatty acid esters | Sucrose esterification | ||
| Delivering highly biodegradable products, solving the problem of plastic waste | Polylactic acid (corn derived) resin modifier | Polymer function designing | |
| Limiting health effects, air pollution, and the like by lowering VOCs* | Reactive surfactants for waterborne coatings | Emulsion polymerization, interface / surface control | |
| Waterborne polyurethane resin | Urethanization, emulsification / dispersion | ||
| Solvent-free UV-curable materials | UV/EB curing, Alkylene oxide addition | ||
| Protecting the water environment, reducing water pollution | Low aquatic toxicity, easily biodegradable surfactants | Alkylene oxide function designing | |
| Oil spill treatment agents | Interface / surface control, emulsification / dispersion |
- Volatile organic compounds (VOC): A general name for organic compounds that evaporate in air. Volatile organic compounds include toluene, xylene, and ethyl acetate.