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Gel Material Product List

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Aerogel material

Aerogel material

It excels in heat resistance, insulation, and soundproofing, and is used in vehicle interiors and substation equipment!

We handle "aerogel materials" that are in a mat form, easily cuttable, and can be installed in various locations. These materials contain numerous tiny holes at the nanometer (one billionth of a meter) scale between the molecules, filled with air, making them lightweight and excellent in thermal insulation and sound absorption. There are various methods for installation, and we can provide suggestions from our company. We can manufacture them custom-made to suit your specific requirements. 【Features】 ■ Usable at temperatures below 650°C or below 1100°C ■ Grade A1 non-combustible material ■ Sound insulation of over 30dB across a wide frequency range from 160Hz to 2000Hz ■ High hydrophobicity ■ Excellent breathability due to countless small gaps ■ Customizable dimensions *For more details, please download the PDF or feel free to contact us.

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  • Other polymer materials
  • Gel Material

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Gel materials that guide the unknown functions of cells through microscopic fluctuations.

Gel materials that guide the unknown functions of cells through microscopic fluctuations.

Keywords: Gel, protein materials, cell culture, cancer, microfluidics

Biological organisms are capable of flexible movement, and the power source for this movement is motor proteins. Each molecule moves only a few nanometers, but an immense number of molecules act cooperatively to enable organisms to achieve a wide range of movements, from bacteria to whales. Using purified motor proteins, "microtubules and kinesin," we are developing "motion gel" materials that exhibit fluctuating motion at the micrometer scale, larger than molecules (nanometers), by bridging and moving them in a network structure. We are conducting research to apply the "ability of motion gel to shake small objects" in biomedical engineering. We are focusing on the fact that the environment surrounding cells in living organisms also "fluctuates" at the micrometer scale, and we aim to create an environment that actively generates fluctuations to capture the unknown behaviors and potential of cells. In the future, it may be possible to classify and predict cancer metastasis based on the patterns of movement of cancer cells.

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