Effectively prevent static electricity generation! The essential winter product 'Elenack'
One of the troubles from autumn to winter is static electricity, which causes the "zap! zap!" phenomenon. Static electricity occurs in all insulating materials that do not conduct electricity. When friction or collision occurs on the surface of these insulators, or when two touching insulators suddenly separate, charges are generated on each. To prevent this "zap" and "ouch," we recommend a liquid called "Elenaq" that can be sprayed on clothing to prevent static electricity. This unique conductive high-tech material, developed in-house, effectively prevents the generation of static electricity. It is already being used in various fields in the industrial sector as an effective static prevention agent. **Features of Elenaq:** - Easy and safe to use as a liquid that prevents static electricity generation - Unique conductive high-tech material developed in-house - Dries quickly and is easy to apply - Long-lasting effectiveness - Static electricity prevention liquid For more details, please contact us or download the catalog.
Inquire About This Product
basic information
【Overview of Erenak】 ○ Just spray on clothing ○ Simply apply a very thin layer and let it dry ○ The effect is maintained for a long time, preventing static electricity until the ingredients wear off or are removed by washing or wiping with water ● For more details, please contact us or download the catalog.
Price information
Please contact us.
Delivery Time
※Please contact us.
Applications/Examples of results
For more details, please contact us or download the catalog.
catalog(4)
Download All CatalogsCompany information
■Awards and Honors ○Received the Japan Oil Chemists' Society Award and Progress Award (1980) ○Received the Excellent New Technology and New Product Award for Small and Medium Enterprises (1993) ○Received the Electrolytic Moving Polymer Research and Research Invention Award (1996) ○Research on Propolis—Polymer Electrolyte Environmental Purification Agent published overseas as the world's first attempt (1998)