Super Thin Porcelain Diamond Blade With Mesh Turbo Segments for Porcelain & Ceramic 4–10 in

1. Precision Cutting for Porcelain & Ceramic

The Alskar Super Thin Porcelain Diamond Blade is designed for professional tile installers, fabricators and contractors who need clean, controlled cutting with minimal edge damage.

Its thin mesh turbo rim provides a narrow cutting profile that removes less material while helping reduce chipping on brittle and dense tile surfaces.

The reinforced center flange increases blade rigidity, helping limit flex and maintain a straighter cutting path during precision work.

Designed primarily for:

Porcelain Tile
Ceramic Tile
Vitrified Tile
Dense Tile Materials
Selected Hard Decorative Stone

2. Super Thin Mesh Turbo Rim

Mesh Turbo Design for Cleaner Edges

The fine mesh turbo rim combines continuous cutting contact with a narrow cutting profile to provide smooth, controlled cutting and help reduce edge chipping on porcelain and ceramic materials.

Best For

• precision cutting
• finished-edge cutting
• expensive tile materials
• brittle porcelain

Thin Kerf. Clean Edge. Precision Tile Cutting.

3. Why Mesh Turbo Matters

The mesh-pattern turbo rim helps manage friction and cutting debris while maintaining continuous contact with the material, supporting fast cutting and improved edge quality on dense porcelain and ceramic tile.

4. Reinforced Center Flange

Reinforced Center for Added Rigidity

A reinforced center flange increases core stiffness to help reduce blade flex, wobble and deflection during precision cutting.

More Rigidity
Straighter Cuts
Better Control

5. 10mm Diamond Rim

The 10mm diamond rim provides substantial usable cutting depth while maintaining the thin mesh-turbo geometry required for precision tile work.

6. Super Thin Size-Specific Kerf

Size-specific cutting widths balance low material loss, cutting precision and blade stability across the complete 4″–10″ range.

7. Why Super Thin Kerf Matters

A super-thin kerf removes less material from the workpiece, helping improve cutting control and reduce edge damage on expensive porcelain and ceramic tile.

• cleaner edge
• lower material loss
• less chipping
• better precision

8. Wet / Dry Cutting

Designed for both wet and dry cutting. For porcelain, ceramic and other very hard tile materials, wet cutting is recommended whenever the machine and jobsite conditions allow, helping improve cooling, reduce dust and achieve the cleanest possible edge finish.

Never introduce water to electrical equipment unless the machine is specifically designed and rated for wet cutting.

9. Primary Materials

Primary

Porcelain Tile
Ceramic Tile
Vitrified Tile

Secondary

Dense Tile Materials
Selected Engineered Stone
Marble Tile

10. Typical Applications

Porcelain Tile Cutting

Designed for controlled cutting of dense porcelain tile with reduced edge chipping.

Ceramic Tile Cutting

Provides smooth cutting for standard and premium ceramic tile installations.

Large-Format Tile

Reinforced center flange helps provide additional stability when clean, accurate cutting is required.

Precision & Finish Cutting

Super-thin mesh rim is well suited to visible finished edges and other applications where cut quality matters.

11. Machine Compatibility

Angle Grinder
Circular / Tile Saw
Wet Tile Saw
Table Tile Saw

Always verify blade diameter, arbor size, machine RPM and wet/dry compatibility before use.

12. Key Selling Points

Super Thin Mesh Turbo Rim

Designed for smooth, controlled cutting with reduced edge chipping.

Reinforced Center Flange

Adds rigidity and helps reduce blade flex during precision cutting.

10mm Diamond Rim

Provides substantial usable diamond depth for professional tile cutting.

Size-Specific Thin Kerf

Widths from .060″ to .085″ balance precision and stability across 4″–10″ sizes.

Wet / Dry Capability

Dry cutting is supported; wet cutting is recommended for the cleanest finish and improved cooling.

Eight Diameter Options

Available from 4″ through 10″ for handheld and tile-saw applications.

13. Final Specifications