150MM X 2720MM
SANDING BELT: 150 X 2745 80 GRIT
SKU:
SB-435850
* Silicon Carbide is Black in color
* The hardest and sharpest manufactured abrasive grain
* This is the only coated abrasive that will cut through hard or brittle surfaces such as glass, marble, tile, granite, carbide or hardened finishes
* The finer grits are ideally suited for finishing on many surfaces and hardened metals
* Available in grits 24 through 600
* These belts come on the RBX cloth backing for durability under all sanding or linishing conditions *
SANDING BELT: 150 X 2745 60 GRIT
SKU:
SB-435852
* Silicon Carbide is Black in color
* The hardest and sharpest manufactured abrasive grain
* This is the only coated abrasive that will cut through hard or brittle surfaces such as glass, marble, tile, granite, carbide or hardened finishes
* The finer grits are ideally suited for finishing on many surfaces and hardened metals
* Available in grits 24 through 600
* These belts come on the RBX cloth backing for durability under all sanding or linishing conditions *
SANDING BELT: 150 X 2745 100 GRIT
SKU:
SB-435858
* Silicon Carbide is Black in color
* The hardest and sharpest manufactured abrasive grain
* This is the only coated abrasive that will cut through hard or brittle surfaces such as glass, marble, tile, granite, carbide or hardened finishes
* The finer grits are ideally suited for finishing on many surfaces and hardened metals
* Available in grits 24 through 600
* These belts come on the RBX cloth backing for durability under all sanding or linishing conditions *
SANDING BELT: 150 X 2745 120 GRIT
SKU:
SB-435860
* Silicon Carbide is Black in color
* The hardest and sharpest manufactured abrasive grain
* This is the only coated abrasive that will cut through hard or brittle surfaces such as glass, marble, tile, granite, carbide or hardened finishes
* The finer grits are ideally suited for finishing on many surfaces and hardened metals
* Available in grits 24 through 600
* These belts come on the RBX cloth backing for durability under all sanding or linishing conditions *