Polishing Compounds / Abrasives
Showing all 9 results
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Diamond Polishing Suspension Monocrystalline
Select optionsDiamond Compounds and Slurries – Two types of diamonds are offered: monocrystalline and polycrystalline. The most commonly used is monocrystalline. The polycrystalline, is typically used on hard-to-polish materials such as ceramics, tool steels, and super alloys. It has more facets or cutting edges and keeps its cutting ability by being less friable than the monocrystalline. The diamond suspensions are water-based while the compounds contain no water.
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Diamond Polishing Suspension Polycrystalline
Select optionsDiamond Compounds and Slurries – Two types of diamonds are offered: monocrystalline and polycrystalline. The most commonly used is monocrystalline. The polycrystalline, is typically used on hard-to-polish materials such as ceramics, tool steels, and super alloys. It has more facets or cutting edges and keeps its cutting ability by being less friable than the monocrystalline. The diamond suspensions are water-based while the compounds contain no water.
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Diamond Compound Paste Monocrystalline
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Diamond Lapping Oil Extender
Select optionsFor use with All Diamond Compounds and Suspensions. Used as a lubricant with Diamond Suspensions and Pastes. Contains no water.
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Ultra Diamond Extender Fluid
Select optionsFor use with All Diamond Compounds and Suspensions Used as a lubricant with Diamond Suspensions and Pastes. Alcohol Based and Water Free.
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Colloidal Silica Slurry
Select optionsColloidal Silica – A silica solution that is used for final polishing usually on an Imperial Cloth. Nominal particle size is 0.05 microns. Colloidal silica is convenient to use, works on many different alloys, and the abrasive does not settle over time. Colloidal silica is not conductive to etch-attack polishing.
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Aluminum Oxide Abrasive Powder
Select optionsAluminum Oxide or Alumina – Aluminum oxide or alumina exists in two allotropic forms (1) alpha, which has a hexagonal crystal structure, and (2) gamma, which has a cubic crystal structure. Alpha alumina removes metal faster and is more suitable for rough polishing, while gamma alumina has slower metal removal rates but produces a better finish. Gamma B (0.05 micron) is used for final polishing steps, typically on a Suncloth Polishing Cloth. Aluminum oxide is excellent for most etch-attack polishing methods.
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Aluminum Oxide Polishing Powder – Deagglomerated
Select optionsAluminum Oxide or Alumina – Aluminum oxide or alumina exists in two allotropic forms (1) alpha, which has a hexagonal crystal structure, and (2) gamma, which has a cubic crystal structure. Alpha alumina removes metal faster and is more suitable for rough polishing, while gamma alumina has slower metal removal rates but produces a better finish. Gamma B (0.05 micron) is used for final polishing steps, typically on a Suncloth Polishing Cloth. Aluminum oxide is excellent for most etch-attack polishing methods.
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Aluminum Oxide Polishing Slurry
Select optionsAluminum Oxide or Alumina – Aluminum oxide or alumina exists in two allotropic forms (1) alpha, which has a hexagonal crystal structure, and (2) gamma, which has a cubic crystal structure. Alpha alumina removes metal faster and is more suitable for rough polishing, while gamma alumina has slower metal removal rates but produces a better finish. Gamma B (0.05 micron) is used for final polishing steps, typically on a Suncloth Polishing Cloth. Aluminum oxide is excellent for most etch-attack polishing methods.