Composite backing that can be trimmed, exposing more abrasive material.
Provides versatility to adjust for hard-to-reach areas such as fillet welds and irregular shapes.
Composite backing will not mark the workpiece.
Contaminant-free (contains less than 0.1% Fe, S, Cl).
Self-sharpening zirconia alumina (ZA) grains hold up under high temperatures and extreme pressure.
5/8" - 11 metal nut allows for quick spin-on, spin-off changeover and eliminates cross-threading or sticking to spindle due to heat build-up.
Weiler Abrasives
Done
Datasheet
Description
Composite backing that can be trimmed, exposing more abrasive material.
Provides versatility to adjust for hard-to-reach areas such as fillet welds and irregular shapes.
Composite backing will not mark the workpiece.
Contaminant-free (contains less than 0.1% Fe, S, Cl).
Self-sharpening zirconia alumina (ZA) grains hold up under high temperatures and extreme pressure.
5/8" - 11 metal nut allows for quick spin-on, spin-off changeover and eliminates cross-threading or sticking to spindle due to heat build-up.
Composite backing that can be trimmed, exposing more abrasive material.
Provides versatility to adjust for hard-to-reach areas such as fillet welds and irregular shapes.
Composite backing will not mark the workpiece.
Contaminant-free (contains less than 0.1% Fe, S, Cl).
Self-sharpening zirconia alumina (ZA) grains hold up under high temperatures and extreme pressure.
5/8" - 11 metal nut allows for quick spin-on, spin-off changeover and eliminates cross-threading or sticking to spindle due to heat build-up.
Composite backing that can be trimmed, exposing more abrasive material.
Provides versatility to adjust for hard-to-reach areas such as fillet welds and irregular shapes.
Composite backing will not mark the workpiece.
Contaminant-free (contains less than 0.1% Fe, S, Cl).
Self-sharpening zirconia alumina (ZA) grains hold up under high temperatures and extreme pressure.
5/8" - 11 metal nut allows for quick spin-on, spin-off changeover and eliminates cross-threading or sticking to spindle due to heat build-up.
