積水化成品工業 Product Lineup

Submicron-sized spherical resin particles. 【Features】 ■Shape and Particle Size Distribution They are spherical in shape and have a sharp particle size distribution, making them suitable for applications that require fine adjustments. ■Customizability Customization is possible according to your requirements, including particle diameter, solvent resistance, and particle structure. 【Current Development Products List】 Crosslinked polymethyl methacrylate 0.15µm Crosslinked polymethyl methacrylate 0.3µm Crosslinked polymethyl methacrylate 0.5µm Crosslinked acrylic ester 0.8µm Crosslinked polystyrene 0.8µm 【Examples of Applications】 - Blocking prevention agents for films - Porogen for batteries and ceramics - Adjustment of optical properties - Other resin modifications For more details, please check our website or contact us directly.

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This is an organic fine particle with hydrophilic groups on its surface. It has good dispersibility in paints and inks that use water or highly polar solvents, enabling improved workability and uniform dispersion in the coating film. 【Features】 ■ Hydrophilicity High hydrophilicity enhances dispersibility in paints that use water or highly polar solvents. It is suitable for use in water-based paints, which are increasing from an environmental conservation perspective. ■ Customization Support In addition to adjusting particle size and particle size distribution, it is also possible to impart functionalities such as softness, refractive index adjustment, and oil resistance. 【Functions】 ■ Matte finish ■ Texture enhancement ■ Aesthetic enhancement ■ Scratch resistance enhancement 【Applications】 ■ Additive for water-based paints and inks ■ Additive for solvent-based paints and inks ■ Additive for optical coatings ■ Porous materials such as ceramics, etc.

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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.

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We have developed polymer microspheres by applying our unique micronization technology, which coats the surface of organic microparticles with conductive polymers. 【Features】 (1) Since existing polymer microspheres are used as the core, it is possible to adjust particle size and size distribution. (2) It can impart conductivity while retaining the properties of conventional tech-polymers, such as softness and solvent resistance. (3) It is lightweight compared to metal oxide types. 【Specifications】 Average particle size: 1.5μm Particle size distribution: Monodisperse Particle shape: Spherical Conductivity: 10^-1 ~ 10^-2 (S/cm) Resistivity: 10 ~ 100 (Ω·cm) Color: Black

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We have developed micro-sized PET resin particles by applying our unique micronization technology. 【Features】 (1) It excels in transparency and chemical resistance, which are characteristics of PET resin. (2) It offers properties different from conventional polymer particles such as acrylic and styrene. 【Specifications】 Average particle diameter: 35μm, 45μm Particle size distribution: Polydisperse Particle shape: Amorphous *We also handle smaller sizes, so please consult us.

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This is a resin microparticle that can control the wavelength of specific areas by adjusting particle properties and compounding with functional materials. 【Features】 ■ Wavelength Control The wavelength of specific areas is adjusted through particle composition, particle size, and compounding with other materials. ■ Customizability Customization of particle size and particle size distribution is possible. *Customization may not be possible depending on the desired performance. 【Development Example】 Blue Light Cut Microparticles These microparticles suppress light in the blue light range. (Expected Effects) - In addition to light diffusion, it is possible to suppress light in the blue light range. - The cut rate for the blue light range can be controlled arbitrarily up to a maximum of 60%. If you have requests regarding wavelengths in areas other than blue light, please feel free to consult us. We will consider development. For more details, please check our website or contact us directly.

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5G, the next-generation mobile communication system, can transmit large volumes of data at high speeds. The development of low-dielectric semiconductors and substrates that suppress signal transmission loss in the high-frequency range is required. 【Key Issues】 We want to promote low-dielectric properties not only through resin modification but also with additives. We need additives that are compatible with the base resin and customizable. 【Solution Points】 Hollow polymer microparticles can impart low-dielectric properties due to the air layer inside the particles. They are lightweight and flexible, and customization of particle size, composition, and heat resistance is also possible. For more details, please check the link below.

• Other polymer materials

These are thermoplastic polymer particles using a unique suspension polymerization technology. They are based on styrene and MMA-based monomers. 【Examples of Applications】 - Low shrinkage agents (BMC, SMC) - Base materials for compounds - Porous materials - Abrasives - AB agents - Flowability modifiers, etc. *Some products currently not listed in the catalog are also available. Please contact us for more details.

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The polymer microparticles "Tech Polymer," sold by Sekisui Chemical Co., Ltd., are used as light diffusion materials for display and lighting cover materials. Utilizing the characteristics of being spherical and transparent polymer microparticles, they provide a uniform light diffusion effect that brightens the entire display, and in lighting applications, they help to minimize the visibility of LED direct light (hotspot), reduce brightness unevenness, and enhance the overall brightness of the lighting cover. This time, we will freely publish the physical property data of plates made by adding Tech Polymer to resins (PC, PMMA) used in lighting applications. [Contents] HAZE Total light transmittance Color difference Gloss For details, please refer to the PDF document.

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Introducing "Fluxflow," a non-fluorinated dispersant utilizing biomimetic technology modeled after the adhesive structure of mussels (catechol structure). ◆ Product Concept - A polymer-type dispersant that adheres to PTFE using catechol-based adhesive functional groups. - An alternative to fluorinated dispersants that are restricted in specifications due to PFAS regulations. - The affinity with the dispersing medium can be controlled by adjusting the polymer structure.

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This is an LED lighting device developed by utilizing the optical know-how accumulated with our polymer microparticles "Tech Polymer." 【Series List】 - High Brightness Type - Blue Light Cut Type - UV Cut (Low Insect Attraction) Type - Sorting Light Type - High Color Rendering Type - High Color Saturation Type - Color Light Type - High Ceiling Type - Cylinder Light 【Features】 We offer a variety of products with different functions, such as the Blue Light Cut Type that emits soft light for the eyes, the Low Insect Attraction Type that makes it difficult for insects to gather, and the Sorting Light Type that makes it easy to see fruit blemishes and colors. *For detailed specifications, please contact Ipros or visit our company website. Our representative will respond to your inquiries.

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