Polishing and Abrasive Compounds
Electron Microscopy Sciences Silicone Carbide Powder, 10 µm particles 1 LB
Dark gray 98% SiC. Hardness, Moh's scale 9.0; Knoop Scale 2500. Crystallography: hexagonal–alpha and beta phase.
Size: 10 µm
Electron Microscopy Sciences Silicone Carbide Powder, 42 µm particles 1 LB
Dark gray 98% SiC. Hardness, Moh's scale 9.0; Knoop Scale 2500. Crystallography: hexagonal–alpha and beta phase.
Size: 42 µm
Electron Microscopy Sciences Flexible Shaft Machine Sanding Discs, Coarse Grit, 7/8" diameter
Yellow abrasive with press on/flip-off center hole feature. Aluminum oxide grit mounted on a thin backing, provides outstanding results in sanding and smoothing operations. Sold 100 discs in a tube.
Grit: Coarse
Diameter: 7/8"
Electron Microscopy Sciences Wet or Dry Silicone Carbide Disc 8", 120 Grit, Plain back
Pregrinding Wet/Dry Abrasive Papers (Discs) with premium Resin Bonding System for longer wear. Special adhesive eliminates need to transfer to plates. Uniform mineral size. Pull tabs for easy use.
Particles: 120 Grit
Backing: Plain
Electron Microscopy Sciences Silicone Carbide Powder, 35 µm particles 1 LB
Dark gray 98% SiC. Hardness, Moh's scale 9.0; Knoop Scale 2500. Crystallography: hexagonal–alpha and beta phase.
Size: 35 µm
Electron Microscopy Sciences Wet or Dry Silicone Carbide Disc 8", 60 Grit, Plain back
Pregrinding Wet/Dry Abrasive Papers (Discs) with premium Resin Bonding System for longer wear. Special adhesive eliminates need to transfer to plates. Uniform mineral size. Pull tabs for easy use.
Particles: 60 Grit
Backing: Plain
Electron Microscopy Sciences Silicone Carbide Powder, 23 µm particles 1 LB
Dark gray 98% SiC. Hardness, Moh's scale 9.0; Knoop Scale 2500. Crystallography: hexagonal–alpha and beta phase.
Size: 23 µm
Electron Microscopy Sciences Diamond Wafer Blade 4", 0.14" W, 0.20"D
The blades are constructed of an inner metal core and an outer rim with diamond particles. This diamond wafering blade has a diameter of 4" and a thickness of 0.14" W, 0.20"D.
Electron Microscopy Sciences Glenco Flocked Polishing Cloth PSA, 2.5" centered hole, 8" diameter
This flocked cloth is made by binding a rayon flock to a woven cotton backing; it is the most popular in our line. It is excellent for Final polishing when used in conjunction with diamond or alumina polishing compounds. Available with Pressure Sensitive Adhesive.
Type: 2.5" centered hole
Diameter: 8"
Electron Microscopy Sciences Diamond Lapping Film 8", PSA Backing, 30 µm Particles
A selective diamond particle resin bonded to a uniform 3-mil polyester film backing. Excellent for polishing samples with differing hardness. Ideal for the preparation of cross sections for SEM/TEM analysis.
Backing: PSA
Particles: 30 µm
Electron Microscopy Sciences Diamond Lapping Film 12", PSA Backing, 0.1 µm Particles
A selective diamond particle resin bonded to a uniform 3-mil polyester film backing. Excellent for polishing samples with differing hardness. Ideal for the preparation of cross sections for SEM/TEM analysis.
Backing: PSA
Particles: 0.1 µm
Electron Microscopy Sciences Diamond Lapping Film 12", PSA Backing, 6 µm Particles
A selective diamond particle resin bonded to a uniform 3-mil polyester film backing. Excellent for polishing samples with differing hardness. Ideal for the preparation of cross sections for SEM/TEM analysis.
Backing: PSA
Particles: 6 µm
Electron Microscopy Sciences Aluminum Oxide Abrasive Discs 8", Plain backing
Alumina is widely used in sample grinding and polishing. Our Aluminum Oxide Abrasive film with a PSA back or a plain back are ready to use in all sample polishing applications.
Backing: Plain
Electron Microscopy Sciences Aluminum Oxide Abrasive Discs 8", PSA backing
Alumina is widely used in sample grinding and polishing. Our Aluminum Oxide Abrasive film with a PSA back or a plain back are ready to use in all sample polishing applications.
Backing: PSA
Electron Microscopy Sciences Silicone Carbide Abrasive Film Disc, 30 µm, Plain Back
Silicon carbide abrasive film discs are ready to use for polishing and grinding. Discs are 8" in diameter.
Particles: 30 µm
Backing: Plain