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Microparticles Product List and Ranking from 21 Manufacturers, Suppliers and Companies

Last Updated： Aggregation Period:Sep 17, 2025～Oct 14, 2025
This ranking is based on the number of page views on our site.

Microparticles Manufacturer, Suppliers and Company Rankings

Last Updated： Aggregation Period:Sep 17, 2025～Oct 14, 2025
This ranking is based on the number of page views on our site.

  1. 積水化成品工業 Tokyo//Chemical
  2. 根上工業 Ishikawa//Chemical
  3. null/null
  4. 4 null/null
  5. 5 大日精化工業 Tokyo//Chemical
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Microparticles Product ranking

Last Updated： Aggregation Period:Sep 17, 2025～Oct 14, 2025
This ranking is based on the number of page views on our site.

  1. True spherical polymer microparticles "Art Pearl" 根上工業
  2. Functional scale-like silica filler Sun Lovely
  3. ART PEARL Hollow Urethane Microparticles 根上工業
  4. 4 Non-yellowing type urethane microparticles "Dynamic Beads" 大日精化工業
  5. 5 Silica spherical microparticles "C-HOSTAR KE Series"

Microparticles Product List

1～15 item / All 94 items

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Functional nano-magnetic particles 'FG beads'

Functional nano-magnetic particles 'FG beads'

Improved non-specific adsorption of proteins and high recovery rate! This is a carrier for affinity purification with excellent characteristics.

"FG beads" are beads with a diameter of approximately 0.2μm, coated with a special polymer called polyGMA (glycidyl methacrylate) around multiple magnetic materials (ferrite). The "FG beads" created using this unique technology are affinity purification carriers that possess excellent characteristics not found in conventional carriers, enabling one-step purification of target proteins. 【Features】 ■ High purity… Due to the properties of the polyGMA coating, non-specific adsorption of proteins is extremely low. ■ High recovery rate… The large surface area due to the nanosize allows for efficient binding of the target protein. ■ Organic solvent resistance… Immobilization of the ligand is possible in various organic solvents. *For more details, please request materials or view the PDF data available for download.

  • Other Protein Separation
  • Other purification and extraction
  • Other analytical and testing equipment

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Functional nano-magnetic particles "FG beads"

Functional nano-magnetic particles "FG beads"

A carrier for affinity purification that has excellent features for immobilizing various substances such as chemical substances (drugs), proteins, and DNA. [New catalog available]

"FG beads" are beads with a diameter of approximately 0.2μm, coated with a special polymer called polyGMA (glycidyl methacrylate) around multiple magnetic materials (ferrite). This uniquely developed "FG beads" serve as an affinity purification support with excellent features not found in conventional carriers, enabling one-step purification of target proteins. 【Features】 ■ High purity… Due to the properties of the polyGMA coating, non-specific adsorption of proteins is extremely low. ■ High recovery rate… The large surface area due to their nano size allows for efficient binding of target proteins. ■ Organic solvent resistance… Immobilization of the ligand is possible in various organic solvents. *For more details, please refer to the PDF document or feel free to contact us.

  • Other Protein Separation
  • Other purification and extraction
  • Other analytical and testing equipment

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Precision instruments spray and fine particles.

Precision instruments spray and fine particles.

With uniform droplet sizes, it is possible to control the quantity and diameter.

There are a variety of spray devices ranging from cosmetics and humidifiers to those for medicinal solutions.

  • Analytical Equipment and Devices

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Regarding the application of our graphene in electric double layer capacitors.

Regarding the application of our graphene in electric double layer capacitors.

To increase the rate of ion adsorption and desorption of the electrolyte, it is necessary to provide gaps.

Our company aims to commercialize graphene particles smaller than a few microns as industrial products worldwide. After application, they adhere quite strongly upon drying, resulting in no gaps between the layers of graphene. To enhance the adsorption and desorption speed of ions from the electrolyte, as seen in electric double-layer capacitors, it is necessary to create gaps. To use them effectively, it is suggested to add a small amount of the conductive additive MCB currently used in lithium-ion batteries. **Features of our conductive graphene particles:** - Excellent conductivity, along with superior acid resistance, alkali resistance, heat resistance, and oxidation resistance. - Considered for use as a solid lubricant. - Produced through a very cost-effective method, making it suitable for general paint pigments. - Achieved a conductivity of 2×10^-3 Ωcm. - Prototypes have reached 10^-4 Ωcm. *For more details, please refer to the PDF document or feel free to contact us.*

  • Other polymer materials

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Products of nano and micro particles that have surpassed mass production technology ☆ Low cost and short delivery time

Products of nano and micro particles that have surpassed mass production technology ☆ Low cost and short delivery time

Monodisperse microparticles with precise particle sizes and sharp distributions, ranging from 5 nm to 1000 μm, with organic, inorganic, metal coatings, and functional group attachments.

We offer a lineup of microparticles with the following characteristics, and we can also accommodate custom orders as needed. 1. Monodisperse microparticles made of organic, inorganic, and composite materials in any size within the range of 1.5 nm to 1000 μm. 2. Microparticles in various forms such as hollow, porous, core-filled, and solid. (Pore size and specific surface area can be controlled as needed within the range of 3-800 nm.) 3. Microparticles with functional groups of different types and densities bonded to their surfaces, enhancing dispersibility and improving the adsorption selectivity and affinity of the microsphere surface. 4. Microparticles whose photoelectromagnetic properties and mechanical strength are controlled by varying material compositions. 5. Mass production technology for microparticles: This leads to shorter delivery times and cost reductions through mass production techniques. They are widely used in the following fields: Liquid crystal spacers, ACF, optical films, surface finishing agents, lithium batteries, heavy metal absorption, water treatment, LEDs, solar panels, standard microparticles, HPLC analysis columns, solid-phase extraction, fluorescent microparticles, and magnetic beads. For more details, please download the catalog, view related links, or contact us.

  • Other polymer materials

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Gold-coated conductive microparticles

Gold-coated conductive microparticles

Designed for connection between fine electrodes, it has features such as uniform particle size, high conductivity, moderate elasticity, and strong bonding between the gold coating and resin core.

It is used for vertical conduction between glass plates of liquid crystal display panels, and is also used to create anisotropic conductive films (ACF) dispersed in adhesives, or as anisotropic conductive adhesives (ACP) for the assembly of liquid crystal displays. Product characteristics: ★ Core made of polymer microbeads, with a gold film as the outer shell. ★ A wide range of particle size options: a rich lineup with specifications in increments of 0.25 µm within the range of 3.0 to 11.0 µm. ★ Uniform particle size, with a coefficient of variation (CV) of less than 3.5%. ★ Excellent dispersibility, with no overlap or aggregation. ★ Has appropriate hardness, stable conductivity, and reliability. ★ Low impedance and high stability even in high temperature and humidity environments.

  • Other polymer materials

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Nickel-coated conductive microparticles

Nickel-coated conductive microparticles

Nickel-coated conductive microparticles have characteristics such as uniform particle size, high conductivity, moderate elasticity, and strong bonding between the nickel coating and the resin core.

Nickel-coated conductive microparticles are designed for connections between fine electrodes and are used, for example, for vertical conduction between glass plates in liquid crystal display panels. They are also used to create anisotropic conductive films (ACF) dispersed in adhesives or as anisotropic conductive adhesives (ACP) in the assembly of liquid crystal displays. Product characteristics: ★ Core made of polymer microbeads with a nickel layer as the shell. ★ A wide range of particle size options: a rich lineup of specifications in increments of 0.25 µm within the range of 3.0 to 11.0 µm. ★ Uniform particle size with a coefficient of variation (CV) of less than 3.5%. ★ Excellent dispersibility with no overlap or aggregation. ★ Possesses appropriate hardness, stable conductivity, and reliability. ★ Low impedance and high stability even in high-temperature and high-humidity environments.

  • Other polymer materials

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Silicone microparticles for spacers

Silicone microparticles for spacers

Silicon microparticles have a very sharp particle size distribution (CV < 2.5), can accurately control the thickness of liquid crystal panels, and do not damage the substrate.

Silicon microparticle products are very uniform in size regardless of particle diameter, and the coefficient of variation (CV) is controlled to be below 2.5%. They have a rich lineup and are widely used. Product characteristics: * The particle size is very uniform, with a coefficient of variation (CV) of less than 2.5%. * Excellent monodispersity, with no overlap or aggregation. * High purity with no contaminants. * High mechanical strength, K > 4500. * Excellent heat resistance, cold resistance, and chemical resistance.

  • LCD display

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Time-delayed fluorescent microparticles

Time-delayed fluorescent microparticles

Time-delayed fluorescent microparticles effectively prevent dye leakage due to internal staining while maintaining the immunoreactivity of the microparticle surface.

Time-delayed fluorescent microparticles have a long fluorescence lifetime and exhibit a longer Stokes shift, which helps avoid interference from nonspecific fluorescence by delaying the measurement time, thereby improving detection sensitivity. The particle sizes of time-delayed fluorescent microparticles are available in three types: 0.1μm, 0.2μm, and 0.3μm, making them suitable for the development of immunochromatography products.

  • Chemicals

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White polystyrene microparticles

White polystyrene microparticles

White polystyrene microparticle products have a particle size range of 0.05 to 50 μm and have a uniform particle size.

White polystyrene microparticle products are manufactured from polystyrene using emulsion polymerization and come in various sizes, with a particle size range from 0.05 to 50 μm, and have a uniform particle size. Polystyrene microparticle products without functional groups on their surface are suitable for binding with antigens and antibodies through physical adsorption. Polystyrene microparticle products modified with carboxyl groups can bind to ligands such as antigens/semi-antigens, antibodies, peptides, and nucleic acid probes through covalent bonds, making them ideal materials for immunodiagnosis and biological separation. Custom manufacturing with various particle sizes and functional groups is also possible, catering to diverse needs.

  • Chemicals

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Flow cytometric absolute counting of microparticles

Flow cytometric absolute counting of microparticles

Flow cytometric absolute counting of microparticles helps measure the absolute number of cells in a sample.

The flow absolute counting microparticle products are fluorescently stained microparticles or unstained microparticles with a particle size, provided as a suspension containing 1×10^6 microparticles per 1 mL. The microparticles are accurately counted using an electrical resistance particle counter and have a highly uniform particle size distribution and fluorescence intensity distribution (CV < 5%). Unstained absolute counting microparticles determine the absolute number of cells in the sample through scattered light signals. Internally stained fluorescent microparticles generate signals in common fluorescent channels such as FITC, PE, Cy5, APC, and Cy7, distinguishing them from the population of detected cells, and evaluating the ratio of detected fluorescent counting microparticles to cells to calculate the cell count. The product specifications for rainbow fluorescent microparticles with RB generate signals in all fluorescent channels and are suitable for cell counting in multicolor flow assays.

  • Other polymer materials

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Silica microparticles

Silica microparticles

Inorganic microparticles widely used in nucleic acid separation, cell separation, immunoassays, and other research fields.

The silica microparticles in this series are non-porous spherical microparticles with a large specific surface area, a hydrophilic surface, and good dispersibility. Additionally, due to their excellent optical and mechanical properties, they are used in research areas such as the application of inorganic microparticles. Silica microparticles can be divided into two types: those that are unmodified and those that are modified with functional groups such as carboxyl, amino, and streptavidin affinity ligands. These are widely used in the separation of nucleic acids, cell separation, immunoassays, and other research fields.

  • Chemicals

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