A line of high purity, petroleum-free alumina abrasive powders that are ready to mix with ionized water for use with all hard and soft optical materials is available from Meller Optics, Inc. of Providence, RI. Meller Microlux Powders come in seven particle sizes from 0.05 to 3.0 microns for mixing with ionized water and application […]
A line of high purity calcined alumina polishing powders offered in two grades and seven particle sizes that can be mixed to match their optical material has been introduced by Meller Optics, Inc. of Providence, RI. Meller Microlux Alumina Powders are offered in two ultrapure grades and feature seven particle sizes from 0.05 to 3.0 […]
Meller Optics offers a line of high purity alumina abrasive powders for use with a wide range of hard and soft materials including zinc selenide, germanium, silicon, and stainless steels is available from Meller Optics, Inc. of Providence, RI. Meller Microlux Alumina Powders are offered in two ultrapure grades, Microlux-R and RZ, respectively, for grinding, […]
A line of high purity calcined alumina abrasive powders for grinding, lapping, and polishing a wide range of hard and semisoft optical materials has been introduced by Meller Optics, Inc. of Providence, Rhode Island. Meller Microlux Alumina Powders feature two ultrapure grades of abrasives for use with a broad range of optical materials. The Microlux-R […]
A line of high-purity calcined alumina powders that are ready to mix with de-ionized water for a wide range of optics polishing applications is available from Meller Optics, Inc. of Providence, Rhode Island. Meller Microlux Alumina Powders are ideally suited for polishing optics on spot blocks and can produce surface finishes to 10-5 scratch-dig on […]
A line of ready to mix, high-purity calcined alumina powders for finishing precision optics that provide a lower cost alternative to diamond abrasives are available from Meller Optics, Inc. of Providence, Rhode Island. Meller Microlux Aluminum Powders come in two grades and seven particle sizes from 0.05 to 3.0 microns and are ready to mix […]