- Phenolic Beads, Hollow (17806)In many uses of liquid resins, it is desirable to reduce the weight of the finished product. One way to reduce the weight below the original resin weight is to incorporate a suitable additive. ...
- Poly(ethyl methacrylate) Beads (03197)Tough methacrylate resin.Particle size (D50): 140-220µm
- Polybead® Crosslinked Melamine Particles (23579)These melamine particles are crosslinked by acid-catalyzed reaction with formaldehyde. The particles have a much higher density (1.51 g/cc) than polystyrene, are hydrophilic with amine and ...
- Polybead® Hollow Microspheres (0.40μm) (23567)The biomedical advantages of a polystyrene surface are combined with a low effective density in a new class of microspheres. Polybead® Hollow Microspheres are spherical styrene / acrylic beads ...
- Polybead® Hollow Microspheres (0.55μm) (23568)The biomedical advantages of a polystyrene surface are combined with a low effective density in a new class of microspheres. Polybead® Hollow Microspheres are spherical styrene / acrylic beads ...
- Polybead® Hollow Microspheres (1.00μm) (23569)The biomedical advantages of a polystyrene surface are combined with a low effective density in a new class of microspheres. Polybead® Hollow Microspheres are spherical styrene / acrylic beads ...
- Polybead® Poly(methyl methacrylate) Microspheres - Broad Distribution (19130)Poly(methyl methacrylate) or PMMA is less hydrophobic than polystyrene and should show reduced nonspecific protein and peptide binding. The density of these beads, 1.19 g/cc, is considerably ...
- Polybead® Poly(methyl methacrylate) Microspheres - Broad Distribution (Dry) (26305)Poly(methyl methacrylate) or PMMA is less hydrophobic than polystyrene and should show reduced nonspecific protein and peptide binding. The density of these beads, 1.19 g/cc, is considerably ...
Collection: Microspheres & Particles
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