This technology enables bonding to wet surfaces and is expected to find applications in civil engineering and repair materials, pressure-sensitive adhesive tapes, and related products.

A novel siRNA design technology that replaces three nucleotides in the seed region with DNA, enabling enhanced gene-silencing activity at low concentrations while minimizing off-target effects.

This technology decomposes VOCs and odor-causing substances using visible light sources such as LEDs. It is expected to find applications in VOC and odor control, as well as air purification systems for HVAC equipment and home appliances.

This technology combines radio wave transparency with a metallic design appearance, helping enhance the aesthetics of sensor covers. It is expected to find applications in mobility and communication devices.

This technology electrically controls solar radiation and visible light, helping reduce the load on HVAC and lighting systems. It is expected to contribute to energy savings in buildings and residential applications.

This decorative film technology improves the aesthetics of sensor and camera areas by transmitting near-infrared light while concealing the presence of sensors and cameras.

This passive technology enables snow and ice to slide off naturally under gravity without the need for external power. It is expected to contribute to the prevention of snow and ice adhesion on transportation infrastructure and to reduce the labor associated with snow removal operations.

This technology absorbs unwanted electromagnetic waves to help prevent malfunctions of millimeter-wave radar systems. Transparent designs are also available, making it a promising solution for mobility applications.