Ultra-Thin 110x8mm Diamond Turbo Wet Tile Saw Blade Ultra-Fast Ceramic Porcelain Cutting

Hot pressed cutting blade designed for angle grinders   particularly for cutting hard material such as porcelain, hard ceramics and   quartz. Super fast cutting. Extra long life. Blade cuts extremely cool.     Thin turbo-mesh rim and core for fast cutting and minimal chipping.     Ideal for cutting extra hard ceramics, porcelain and other hard/dense   materials.     Reinforced inner core prevents flexing and provides straight cuts.
Diameter	Segment Width	Segment Height	Arbor Hole
(inch/mm)	(mm)	(mm)	(mm)
4” / 100	1.2	10	20/22.23
4 3/8” / 105	1.2	10	20/22.23
4.5” / 115	1.4	10	20/22.23
5” / 125	1.4	10	20/22.23
7” / 180	1.6	10	20/22.23
9”/ 230	1.8	10	20/22.23

Applications

This ultra-thin turbo diamond blade is built for fast, clean cutting of hard, dense and brittle materials on angle grinders and tile saws.

• Porcelain and ceramic floor and wall tiles, including large-format and rectified tiles
• Hard ceramics and vitrified tile where chipping must be kept to a minimum
• Quartz and other hard, dense countertop materials
• Precision cuts around sockets, drains and corner cut-outs in installed tiling
• Trim and finishing work on tile edges where a straight, low-chip cut line matters
• Wet cutting tasks where cool running and extra-long blade life are priorities

FAQ

What materials is this blade designed to cut?

It is intended for hard, dense materials such as porcelain, hard ceramics, quartz and similar tile and stone products. The thin turbo-mesh rim and core are designed for fast cutting with minimal chipping on these materials.

Can it be used on an angle grinder?

Yes. The blade is designed for angle grinders and is also suited to tile saw use. As an ultra-thin wet cutting blade, it performs best when used for the tile and stone applications described above.

Why is an ultra-thin blade better for tile work?

The thin turbo-mesh rim and core reduce the amount of material being removed, which supports faster cutting and helps limit chipping along the cut edge. A thinner kerf also means less resistance in hard, dense materials.

How does the blade stay straight during cutting?

A reinforced inner core is built into the blade to prevent flexing. This helps the blade hold a straight line and reduces wandering when cutting hard porcelain, ceramic or quartz.

Does it run hot?

The blade is designed to cut extremely cool, and the turbo-mesh rim helps clear debris as it works. Using it as a wet cutting blade, as intended, further helps control heat and supports the extra-long blade life.