IoTConnectivity
Supporting High-Speed, High-Capacity
Communication
and
High-Precision Sensing
- TOP
- Connectivity
Polymer Optical Waveguides &
Materials
(Under Development)
Contributing to optical wiring in narrow spaces where design is challenging with optical fibers in optical communication and optical sensing. By changing the optical wiring density or distributing optical signals, design flexibility is expanded.
Silicone Rubber for Stretchable Electrode & Circuit: DuraQ™
We will contribute to vital sensing by the stretchable electrode and wiring materials.
EEG-Type BMI Device
(Under
Development)
We are developing a home-use EEG device that enables simple measurement of medical-grade EEG using flexible, high-strength DuraQ™ EEG electrodes.
COPLUS™ (Cyclic Olefin Polymer)
This polymer has high transparency and low dielectric constant which COP originally has, and also we can add various functional properties such as high heat resistance, solubility in various solvents, and crosslinkability.
KD Acrylic Modified PVC Seat
KD has superior properties such as excellent impact resistance, formability and flame retardance. This material is used for exterior of industrial equipment and interior of a railway vehicle, etc.
Electrochromic Sheet (Under Development)
This material is suitable for wearable devices such as eyewear and smart glasses. Transmittance can be freely changed by electric switching according to the usage scenes.
Substrate Materials with High Reflectance/Low Transmittance
LaZ series contributes to advanced package development by low CTE, high modulus and high reliability material performance.
High-frequency Diffusion Film
(Under Development)
By attaching it on windows/walls, it diffuses millimeter waves, which have a strong linearity. It enables more stable 5G communication even indoors.