• 75µm Alginate Beads
  • 75µm Alginate Beads
  • 75µm Alginate Beads

75µm Alginate Beads


Request the latest price from Particle Works

  • Marketing PW,Particle Works
  • 75µm Alginate Beads

Contact Details

  • Particle Works
  • Marketing PW
  • Unit 3, Anglian Business Park,
  • N/A
  • Herts
  • United Kingdom
  • 01763252103

Contact Supplier

  • Marketing PW,Particle Works
  • Product Category
    Single element nanoparticles

    Element name

    Purity (%)

    75 µm


    Size: 75 µm
    Size distribution: CV<5%
    Dispersion medium : Oil Coating: Surfactant coating
    Concentration Calcium Alginate: 0.5%
    Available quantities: 5ml or 20ml
    Bulk quantities (up to 50 kg) availeble at request

    Particle Works’ Alginate beads are engineered to mimic in-vivo cell interactions and promote cell growth.

    Three dimensional cell growth cultures are a substantial improvement over their commonly used two dimensional counterparts (petri dish) as they enable cell to grow in all three dimensions and interact with other cells.
    The alginate beads are precision manufactured to have a uniform size of 75 um (typical CV values <2.5%). High mononodispersity enables close packing of the alginate beads thus resulting in high cell yield.

    Typical applications and benefits include:
    3D Cell Growth Medium - Substantially enhanced cell growth rate,
    Material consistency, Experiment reproducibility

  • Particle Works designs and fabricates a wide range of metal nanoparticles, quantum dots and hydrogels with tight control of critical parameters such as particle size, shape and architecture and supplies them with comprehensive characterization data. These standard products are designed to maximize material performance – including catalytic activity, magnetic strength and optical resonance – helping to standardize processes and accelerate development across a wide range of disciplines. The Particle Works team can also provide customer-specific services to simplify and accelerate proof of principle, materials optimization and scale-up studies.
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