Active in competitive bicycles and road racers! Examples of nano-colloidal applications.
We introduce the lubricant "Nano Koro Oil Spray," which incorporates CNT (carbon nanotubes) using a unique manufacturing method into a highly permeable lubricant, with examples of its use in competitive cycling. ■ Comments from a cycle soccer player "The smoothness of the rotation is very good, allowing for agile movements with ease." "It seems to have durability as well." ■ Also active among road racers! Comments from users (excerpt) "It feels like forgetting the presence of the chain. Or rather, it feels like being driven by a high-strength rubber belt instead of a chain." "The Nano Koro reduces friction between the chain and sprocket." Additionally, we have received feedback from a housewife who used it on her child's bicycle's rotating lock to prevent rust, stating that she was able to avoid replacing the lock. *For more details, please refer to the PDF document or feel free to contact us.
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![[Example] Nanocoro Oil Spray Excels Even in Competitive Bicycles](https://image.mono.ipros.com/public/catalog/image/01/3c7/463539/IPROS89551821574066067413.jpeg?w=120&h=170)
Company information
No surfactants used! Achieving uniform dispersion of carbon nanotubes (CNT) in pure water with unique technology! We solve various problems with products containing CNT. Jaymax Co., Ltd. was established in 2016 as the CNT planning and sales division of Taisei Kaken Co., Ltd. We are engaged in the development of applications and sales of related products containing a water solution called 'Nano Sumi,' which uniformly disperses CNT in pure water using our unique technology, as well as CNT addition processing services. By incorporating CNT, the friction coefficient in lubricants is as low as 0.057μ, which is about 40% lower than that of general lubricants, providing excellent sustainability and lubricity. Additionally, CNT can withstand temperatures of 750°C in air and over 2000°C in a vacuum, making it suitable for use as cutting oil and ideal for preventing seizing in critical areas.
