PolyMicrospheres develops and manufactures polymer microspheres
and microparticles for clinical diagnostic assays.
We also specialize in designing and developing microsphere-based and
nanoparticle-based drug delivery systems for the controlled-rele
We are producer and supplier of microspheres and nanospheres in sizes from 50nm up
to 100micron. Our microspheres - metals, oxides, polymer microparticles, polystyrene, silica, melamine, glass, magnetite.
Many of them can be supplied fluorescent or dy
Precision spheres, microspheres, beads and microparticles. Custom density between 0.95g/cc and 1.3g/cc, particles with exceptional sphericity and tight size distribution, spheres for PIV and flow visualization studies.
Precision spheres, microspheres, beads and microparticles. Custom density between 0.95g/cc and 1.3g/cc, particles with exceptional sphericity and tight size distribution, spheres for PIV and flow visualization studies.
Precision spheres, microspheres, beads and microparticles. Custom density between 0.95g/cc and 1.3g/cc, particles with exceptional sphericity and tight size distribution, spheres for PIV and flow visualization studies.
Precision spheres, microspheres, beads and microparticles. Custom density between 0.95g/cc and 1.3g/cc, particles with exceptional sphericity and tight size distribution, spheres for PIV and flow visualization studies.
Precision spheres, microspheres, beads and microparticles. Custom density between 0.95g/cc and 1.3g/cc, particles with exceptional sphericity and tight size distribution, spheres for PIV and flow visualization studies.
Precision spheres, microspheres, beads and microparticles. Custom density between 0.95g/cc and 1.3g/cc, particles with exceptional sphericity and tight size distribution, spheres for PIV and flow visualization studies.
Precision spheres, microspheres, beads and microparticles. Custom density between 0.95g/cc and 1.3g/cc, particles with exceptional sphericity and tight size distribution, spheres for PIV and flow visualization studies.
Precision spheres, microspheres, beads and microparticles. Custom density between 0.95g/cc and 1.3g/cc, particles with exceptional sphericity and tight size distribution, spheres for PIV and flow visualization studies.
Precision spheres, microspheres, beads and microparticles. Custom density between 0.95g/cc and 1.3g/cc, particles with exceptional sphericity and tight size distribution, spheres for PIV and flow visualization studies.
Precision spheres, microspheres, beads and microparticles. Custom density between 0.95g/cc and 1.3g/cc, particles with exceptional sphericity and tight size distribution, spheres for PIV and flow visualization studies.
Precision spheres, microspheres, beads and microparticles. Custom density between 0.95g/cc and 1.3g/cc, particles with exceptional sphericity and tight size distribution, spheres for PIV and flow visualization studies.
PolyMicrospheres develops and manufactures polymer microspheres
and microparticles for clinical diagnostic assays.
We also specialize in designing and developing microsphere-based and
nanoparticle-based drug delivery systems for the controlled-rele
The Micron Powder edge: microspheres produced with a completely spherical shape. Our nylon powder and polymer powder are ideal for diverse applications.
Orangic matting agent, scratch resisting agents, soft-feel agents, light-diffusion agents, etc. Applications in coating, inks, plastics, skin care, cosmetics, and many other specialty applications such as LCD and LED lighting.
We are producer and supplier of microspheres and nanospheres in sizes from 50nm up
to 100micron. Our microspheres - metals, oxides, polymer microparticles, polystyrene, silica, melamine, glass, magnetite.
Many of them can be supplied fluorescent or dy
Precision spheres, microspheres, beads and microparticles. Custom density between 0.95g/cc and 1.3g/cc, particles with exceptional sphericity and tight size distribution, spheres for PIV and flow visualization studies.
Precision spheres, microspheres, beads and microparticles. Custom density between 0.95g/cc and 1.3g/cc, particles with exceptional sphericity and tight size distribution, spheres for PIV and flow visualization studies.