ProBore Multi-Surface Masonry & Tile Drill Bit Set (3mm–12mm, Hex Shank)

Drill with confidence—no matter the material. The ProBore Multi-Surface Masonry & Tile Drill Bit Set is engineered for serious DIYers, contractors, and handymen who demand precision and durability. Whether you're working with ceramic tile, glass, brick, wood, or concrete, these hard alloy bits power through with clean, controlled results. Designed with a universal hex shank, they offer easy compatibility with most electric drills and drivers, ensuring a secure grip and smooth drilling every time.

Key Features

• Suitable for masonry, tile, brick, glass, plastic, and wood

• Tungsten carbide tip ensures high strength and wear resistance

• Hex shank design provides stable, slip-free drilling

• Available in multiple sizes from 3mm to 12mm for various project needs

Why Choose Our ProBore Multi-Surface Masonry & Tile Drill Bit Set
Where many bits chip, slide, or dull quickly, ProBore delivers consistent performance across multiple surfaces. The precision-ground tungsten carbide tip cuts cleaner and lasts longer, giving you professional-level results without the cost of commercial-grade gear. It’s built to handle mixed-material jobs with ease and reliability.

Perfect For (Occasions & Uses)
Perfect for home improvement projects, bathroom installations, tile mounting, and wall anchors. Ideal for contractors, carpenters, renovators, and anyone working with glass or masonry. Keep it in your toolbox for any surface you need to tackle.

How It Works / How to Use
Insert the desired drill bit into any standard chuck or electric drill with hex compatibility. Begin drilling at a low speed to prevent surface cracks, then increase pressure as needed. Use water to cool the bit when working with tile or glass.

Product Specs

• Material: Tungsten carbide + carbon steel

• Shank Type: Hex

• Size Range: 3mm–12mm

• Application: Dry or wet drilling across hard surfaces

Power Through Every Project with Precision
Make every hole count—upgrade your toolkit with ProBore and see the difference in every spin.