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Non-spherical acrylic polymer microparticles

These are non-spherical organic microparticles created from Sekisui's unique polymerization technology.

These are polymer microparticles with unique shapes such as biconvex lens-shaped and hemispherical, utilizing our company's proprietary shape control technology. [Shape & Size] - Biconvex lens-shaped (2.5μm, 4μm) - Hemispherical (2.5μm) - Irregular (20-40μm) - Mushroom-shaped (2.5μm) - Concave (2.5μm) [Features] (1) Special optical properties are expected due to the anisotropy of the shapes. (2) A tactile sensation that cannot be achieved with perfect spherical shapes is anticipated.

Product HP【Tech Polymer Particle Shape Control】

basic information

This is a fine particle developed by deepening our unique shape control technology. For more details, please contact us via the Ipros link or our company website. (If you are contacting us through our website, please let us know that you have viewed the product page on Ipros.) Our website: http://www.tech-p.com/index.html ★ Our website has been renewed! 【Related words】 Organic fine particles / Polymer fine particles / Fine powders / Beads / Fillers / Powders / Irregular shapes / Surface texture / Matte

Price range

Delivery Time

Model number/Brand name

Tech Polymer

Applications/Examples of results

[Example of Use] You can consider it as a material that can be added to resins and paints to achieve effects such as light diffusion, matte finish, design enhancement, and improved tactile properties.

Non-spherical acrylic polymer microparticles

PRODUCT

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Distributors

Sekisui Chemical Co., Ltd. handles functional polymers (fine particles). We propose a unique solution by combining multiple functions and technologies. Additionally, our proprietary polymerization technology has developed tech polymers that come in a wide variety of grades to meet diverse needs. Customization of fine particles is possible according to your requirements. We can adjust particle size, particle size distribution, solvent resistance, heat resistance, refractive index, and more, so please feel free to contact us. <Our website has been renewed>