Alumina. Acts as a filler. It is in form of microscopic spherical oxide particles. It has low moisture content, excellent dispersability, low surface area and high purity. It is rigid, possesses low... view more

Alumina. Acts as a filler. It is in form of microscopic spherical oxide particles. It has low moisture content, excellent dispersability, low surface area and high purity. It is rigid, possesses low... view more

Low a-silica. Acts as a filler. It is in form of microscopic spherical oxide particles. It has low moisture content, excellent dispersability, low surface area and high purity. It is rigid... view more

Low a-silica. Acts as a filler. It is in form of microscopic spherical oxide particles. It has low moisture content, excellent dispersability, low surface area and high purity. It is rigid... view more

Low a-silica. Acts as a filler. It is in form of microscopic spherical oxide particles. It has low moisture content, excellent dispersability, low surface area and high purity. It is rigid... view more

CARBOBYK® -9810 by BYK is a dispersion of multi-walled carbon nanotubes in water. Suitable for adhesives. CARBOBYK® -9810 enhances the electrical and thermal conductivity, antistatic behavior... view more

Fine greyish-black carbon in powder form. It is ~10-20 nm in thickness, and has the approximate x-y dimensions of 14.0 um. The carbon content is around 97.0%, and the oxygen content is approximately... view more

Fine greyish-black carbon in powder form. It is 50-100 nm in thickness, and x-y dimensions to be, at most, 5 um. The carbon content is approximate to 98.0%, and oxygen content is approximately... view more

Fine greyish-black carbon in powder form. It is 15-100 nm in thickness, and x-y dimensions to be, at most, 10 um. The carbon content is approximate to 99.0%, and oxygen content is approximately... view more

Fine greyish-black carbon in powder form. It is 50-100 nm in thickness, and x-y dimensions to be, at most, 44 um. The carbon content is approximate to 99.0%, and oxygen content is approximately... view more