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10-inch Metal Bond Diamond Disc, 125 Micron, Magnetic

Metal Bond Diamond Discs, have diamond particles held firmly in place on a rigid backing by electroplated erosion resisting nickel for maximum bond strength and heat dissipation. A hard nickel alloy is used to rigidly bond a layer of sharp, blocky diamond to a steel backing. The sharp diamond particles cut cleanly with no edge rounding. Diamond Lap..

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10-inch Metal Bond Diamond Disc, 125 Micron, PSA

Metal Bond Diamond Discs, have diamond particles held firmly in place on a rigid backing by electroplated erosion resisting nickel for maximum bond strength and heat dissipation. A hard nickel alloy is used to rigidly bond a layer of sharp, blocky diamond to a steel backing. The sharp diamond particles cut cleanly with no edge rounding. Diamond Lap..

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10-inch Metal Bond Diamond Disc, 15 Micron, Magnetic

Metal Bond Diamond Discs, have diamond particles held firmly in place on a rigid backing by electroplated erosion resisting nickel for maximum bond strength and heat dissipation. A hard nickel alloy is used to rigidly bond a layer of sharp, blocky diamond to a steel backing. The sharp diamond particles cut cleanly with no edge rounding. Diamond Lap..

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10-inch Metal Bond Diamond Disc, 15 Micron, PSA

Metal Bond Diamond Discs, have diamond particles held firmly in place on a rigid backing by electroplated erosion resisting nickel for maximum bond strength and heat dissipation. A hard nickel alloy is used to rigidly bond a layer of sharp, blocky diamond to a steel backing. The sharp diamond particles cut cleanly with no edge rounding. Diamond Lap..

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10-inch Metal Bond Diamond Disc, 160 Micron, Magnetic

Metal Bond Diamond Discs, have diamond particles held firmly in place on a rigid backing by electroplated erosion resisting nickel for maximum bond strength and heat dissipation. A hard nickel alloy is used to rigidly bond a layer of sharp, blocky diamond to a steel backing. The sharp diamond particles cut cleanly with no edge rounding. Diamond Lap..

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10-inch Metal Bond Diamond Disc, 160 Micron, PSA

Metal Bond Diamond Discs, have diamond particles held firmly in place on a rigid backing by electroplated erosion resisting nickel for maximum bond strength and heat dissipation. A hard nickel alloy is used to rigidly bond a layer of sharp, blocky diamond to a steel backing. The sharp diamond particles cut cleanly with no edge rounding. Diamond Lap..

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10-inch Metal Bond Diamond Disc, 250 Micron, Magnetic

Metal Bond Diamond Discs, have diamond particles held firmly in place on a rigid backing by electroplated erosion resisting nickel for maximum bond strength and heat dissipation. A hard nickel alloy is used to rigidly bond a layer of sharp, blocky diamond to a steel backing. The sharp diamond particles cut cleanly with no edge rounding. Diamond Lap..

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10-inch Metal Bond Diamond Disc, 250 Micron, PSA

Metal Bond Diamond Discs, have diamond particles held firmly in place on a rigid backing by electroplated erosion resisting nickel for maximum bond strength and heat dissipation. A hard nickel alloy is used to rigidly bond a layer of sharp, blocky diamond to a steel backing. The sharp diamond particles cut cleanly with no edge rounding. Diamond Lap..

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10-inch Metal Bond Diamond Disc, 30 Micron, Magnetic

Metal Bond Diamond Discs, have diamond particles held firmly in place on a rigid backing by electroplated erosion resisting nickel for maximum bond strength and heat dissipation. A hard nickel alloy is used to rigidly bond a layer of sharp, blocky diamond to a steel backing. The sharp diamond particles cut cleanly with no edge rounding. Diamond Lap..

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10-inch Metal Bond Diamond Disc, 30 Micron, PSA

Metal Bond Diamond Discs, have diamond particles held firmly in place on a rigid backing by electroplated erosion resisting nickel for maximum bond strength and heat dissipation. A hard nickel alloy is used to rigidly bond a layer of sharp, blocky diamond to a steel backing. The sharp diamond particles cut cleanly with no edge rounding. Diamond Lap..

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10-inch Metal Bond Diamond Disc, 45 Micron, Magnetic

Metal Bond Diamond Discs, have diamond particles held firmly in place on a rigid backing by electroplated erosion resisting nickel for maximum bond strength and heat dissipation. A hard nickel alloy is used to rigidly bond a layer of sharp, blocky diamond to a steel backing. The sharp diamond particles cut cleanly with no edge rounding. Diamond Lap..

Quickview

10-inch Metal Bond Diamond Disc, 45 Micron, PSA

Metal Bond Diamond Discs, have diamond particles held firmly in place on a rigid backing by electroplated erosion resisting nickel for maximum bond strength and heat dissipation. A hard nickel alloy is used to rigidly bond a layer of sharp, blocky diamond to a steel backing. The sharp diamond particles cut cleanly with no edge rounding. Diamond Lap..

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10-inch Metal Bond Diamond Disc, 6 Micron, Magnetic

Metal Bond Diamond Discs, have diamond particles held firmly in place on a rigid backing by electroplated erosion resisting nickel for maximum bond strength and heat dissipation. A hard nickel alloy is used to rigidly bond a layer of sharp, blocky diamond to a steel backing. The sharp diamond particles cut cleanly with no edge rounding. Diamond Lap..

Quickview

10-inch Metal Bond Diamond Disc, 6 Micron, PSA

Metal Bond Diamond Discs, have diamond particles held firmly in place on a rigid backing by electroplated erosion resisting nickel for maximum bond strength and heat dissipation. A hard nickel alloy is used to rigidly bond a layer of sharp, blocky diamond to a steel backing. The sharp diamond particles cut cleanly with no edge rounding. Diamond Lap..

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10-inch Metal Bond Diamond Disc, 70 Micron, Magnetic

Metal Bond Diamond Discs, have diamond particles held firmly in place on a rigid backing by electroplated erosion resisting nickel for maximum bond strength and heat dissipation. A hard nickel alloy is used to rigidly bond a layer of sharp, blocky diamond to a steel backing. The sharp diamond particles cut cleanly with no edge rounding. Diamond Lap..

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