Stainless Steel Microspheres
Microspheres with high density (7.8g/cc), high sphericity (>90% round) and corrosion resistance (300 series stainless steel)
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Supporting Microspheres Research WoldwideTag: Conductive Microspheres
Deformable Conductive Bondline Spacers – Silver-Coated PMMA Microspheres
What are deformable conductive bondline spacers? Deformable conductive bondline spacers are ideal when some deflection of the particles is preferred while maintaining conductivity and compliance. Poly(methyl methacrylate), also known as PMMA or acrylic, micropshere cores can be combined with a conductive silver coating to create deformable conductive bondline spacers. Deformable conductive spacers offer benefits for Ansiotropic Conductive Film (ACF)…
Metal Coated Microspheres – Conductive Silver Coating
Electrically conductive microspheres are produced by applying a metallic silver coating to the surface of the microspheres, thus giving the advantages of a metal particle with the additional properties of the core microsphere. Typically hollow glass microspheres are silver coated as this offers the combination of a low density filler and a conductive particle. Coatings with…