Qep Tile Cutter Wheel

The qep titanium coated tungsten carbide tile cutter replacement wheel is the original equipment replacement part for qep 10675q tile cutter.
Qep tile cutter wheel. This wheel is designed for accurate scoring on porcelain and ceramic tile. This scoring wheel is compatible with qep tile cutter models 10500 10600br 10800 and. The qep titanium coated tungsten carbide tile cutter replacement wheel is the original equipment replacement part for qep tile cutter models 10624q 10632q 10636q 10480q and 10521q. The solid chrome plated steel rails offer smooth scoring while the welded center breaker beam and level foam side pads provide clean cuts and level surface.
The qep tile cutter replacement cutting wheel 7 8 in. Replacing the scoring wheel will help maintain optimal cutting performance. Tungsten carbide ball bearing cutting wheel is titanium coated for long lasting performance even when scoring hard porcelain. The titanium coated tungsten carbide scoring edge offers professional results long life and is an upgrade to most original tile cutter scoring wheels.
The qep 21 in. The qep 10600br professional tile cutter cuts ceramic and porcelain tile up to 25 in. Scoring wheel is a replacement wheel for manual tile cutters. The wheel is designed for accurate scoring on porcelain and ceramic tile.
The qep 7 8 in. The tungsten carbide wheel is titanium coated for extreme durability and accurate cuts over a long life. Tungsten carbide ball bearing cutting wheel is designed for qep tile cutters models 10500 10600 10800 and fits most other premium tile cutters. The qep 7 8 in.
The qep tile cutter replacement cutting wheel 7 8 in. The titanium coating helps maintain a hard sharp scoring edge that resists getting dull. Scoring wheel is a replacement wheel for manual tile cutters. Titanium coated tungsten carbide is designed for qep tile cutters models 10552 13000 10220 10214 14000 and fits most other premium tile cutters and handheld tile cutters.
Replacing the scoring wheel will help maintain your tile cutter s optimal cutting performance.