ゴムノイナキ Product Lineup

We would like to introduce the far-infrared effect when using development materials containing carbon nanotubes (CNT) as "power-saving heaters." This allows for the realization of a lightweight and flexible heater that can quickly and uniformly generate heat with low power consumption, demonstrating the dual heating effect of resistance heating and radiation heating similar to infrared heaters. Thanks to its high conductivity and large surface area, it efficiently raises the temperature and can emit strong far-infrared radiation due to its characteristics close to black body radiation. 【Benefits】 ■ Rapid heating speed and uniform heat distribution ■ Fast heat generation speed with low power consumption ■ Achieved temperature rise from 17°C to a maximum of 36°C for agricultural heaters used for strawberry seedlings *For more details, please download the PDF or feel free to contact us.

We would like to introduce a proposal for utilizing special coating liquids containing carbon nanotubes (CNT) in the development of materials with CNT. These can be used for "electromagnetic wave shielding" applications, which prevent leakage and intrusion of electromagnetic waves by reflecting and absorbing them. By using CNT, it is possible to easily impart shielding properties to flexible sheets or fabrics through impregnation, spray application, or without the need for coating. 【Overview】 ■ Used in coating film formation processes, etc. ■ Reflects and absorbs electromagnetic waves to prevent leakage and intrusion ■ The developed materials possess high electromagnetic wave shielding performance *For more details, please download the PDF or feel free to contact us.

The CNT conductive dispersion liquid, pursued for high dispersion, achieves conductivity, static charge suppression, and heat generation with a small amount of addition, from thin films to thick films. It enhances implementability with viscosity design that accommodates a wide range of processes such as screen printing, bar coating, spraying, and impregnation, along with particle size management to reduce clogging. It can be applied to various uses such as vehicle-mounted sensor gripping parts, transparent conductive and anti-fog coatings, local EMI shielding around ECUs, interlayer conductivity of CFRP, and thin film heaters. Evaluation samples (100g/500g/1kg) are provided in a short delivery time, and we also support custom requests for solvents, viscosity, and formulations, as well as consultations on safety regulations (SDS, RoHS/REACH). Features: - High dispersion and high concentration (approximately 1–5 wt%) enable conductivity with a small amount of addition. - Functionally variable with low percolation (from static charge prevention to conductivity). - Suitable for printing/coating/impregnation with a viscosity range of 50–800 mPa·s. - Reduced clogging and improved printability with D90 < 500 nm management. - Storage stability (approximately 3–6 months) with a focus on lot reproducibility. - Can accommodate transparent conductive applications with a transmittance range of 80–92%. - Designed for SE (10 MHz–3 GHz) countermeasures, adjustable with film thickness and volume resistivity. *For more details, please refer to the related links or feel free to contact us.*