7/8 x 1 Boring Diamond Drill Bit for Hard Tiles & Ceramics
$29.89
Discover our Diamond Drilling/Boring Drills, crafted for precision in hard tiles and ceramics. Featuring high-density diamond particles, these drills effortlessly cut through wall tile, floor tile, glass, porcelain, and stone, reaching depths of up to half an inch. Ideal for professional results on tough surfaces, ensure proper lubrication and low pressure for optimal performance. Not suitable for concrete or masonry. Elevate your drilling projects with our expert diamond drills.
- Description
- Additional information
- FAQ's
Description
7/8 x 1 Boring Diamond Drill Bit for Hard Tiles & Ceramics | Introducing our Boring Diamond Drill Bit, expertly crafted to tackle challenging materials like hard tiles and ceramics with ease. Engineered with high-density diamond particles, this drill bit excels in cutting precise holes in tough surfaces such as wall tile, floor tile, glass, porcelain, and stone, effortlessly reaching depths of up to half an inch. For optimal performance, ensure proper lubrication, drill speed, and low pressure, as this drill bit is not suitable for concrete or masonry. Elevate your drilling game with our precision diamond drill bit, the perfect solution for achieving professional results on demanding surfaces.Additional information
| Weight | 1 lbs |
|---|---|
| Dimensions | 1 × 1 × 1 in |
| Diameter Size | 7/8 |
| For Use On | Ceramic, Glass, Porcelain, Stone, Tile |
| Overall Length | 1 |
| Shank Diameter | 5/16 |
| Shank Length | 1 |
| Diamond Grit Size | 50 |
| Hole Size OD | 0.88 |
| Size Type | Fractional |
FAQ's: Diamond Drills
Will a diamond drill bit go through metal?
Not effectively—diamond bits are for non-metallic materials; they can burn out quickly on metal.
Why are diamond drill bits so cheap?
Many use a thin coating of industrial diamonds, which is inexpensive to produce compared to solid carbide.
Which is better, carbide or diamond drill bit?
Carbide for metals; diamond for hard, brittle non-metals.
What is the lifespan of a diamond drill bit?
It depends on material, cooling, and use—can range from a few holes to dozens when properly used with water cooling.
What is the difference between diamond and tungsten drill bits?
Diamond bits cut by abrasion; tungsten carbide bits cut by shearing. Each is best for specific materials.
What is the difference between a diamond drill and a hammer drill?
A diamond drill uses abrasive cutting with diamonds; a hammer drill uses percussive force to chip away at material.
What is the best drill bit for metal?
Carbide or cobalt drill bits are the best for metal—diamond bits are not suitable.
What are the disadvantages of diamond drilling?
Slower drilling speed in some materials, higher cost, and the need for constant cooling and cleaning.
What are the disadvantages of diamond drill bits?
They wear out quickly on soft materials, can be expensive, and require water cooling to prevent damage.
What are diamond drill bits used for?
Drilling through glass, ceramic, porcelain, tile, granite, marble, and other hard, brittle materials.
Is carbide better than diamond?
For metals, carbide is better. For hard non-metals like glass or stone, diamond is superior.
How to clean diamond drills?
Rinse in water to remove debris. For heavy buildup, scrub gently with a soft brush.
Do diamond drill bits use real diamonds?
Yes, but they’re synthetic diamonds made for industrial use, not gemstones.
Can you sharpen a diamond drill bit?
Not in the traditional sense, but you can expose fresh diamond grit by lightly drilling into a dressing stone or abrasive block.
Can a diamond drill bit cut through glass?
Absolutely. They’re the preferred choice for clean, chip-free holes in glass.
Are diamond drills good?
Yes, especially for hard, brittle materials like glass, ceramic, tile, and stone.
Are diamond drill bits the strongest?
For hardness, yes—diamonds are harder than any other cutting material. But they’re not always best for every material.
Are diamond drill bits real diamonds?
Yes—industrial-grade synthetic diamonds are bonded to the bit’s cutting surface.
