Casaverde 7in Diamond Tile Blade – Porcelain, Granite & Marble Cutting

Casaverde 7in Diamond Tile Blade: Precision for Porcelain and Stone

Casaverde delivers a thoughtfully engineered cutting blade designed for demanding tile projects. The 7 inch diamond blade balances a thin profile with rugged performance, supporting clean edges and dependable results when working with porcelain, granite, marble, and ceramic surfaces. The blade’s compact form helps you maneuver tight corners and achieve consistent cuts across varying tile thicknesses, making it a reliable option for both professional jobs and DIY installations.

What you get and core specifications

• Includes: 1 x 180 mm / 7 inch diamond tile blade with a 7/8 inch arbor hole, plus adapter rings from 20 mm to 5/8 inch for broad arbor compatibility.
• Rim height of 10 mm and segment thickness of 1.8 mm; the design emphasizes stiffness with controlled cutting action.
• Universal for both dry and wet cutting, with water often improving cooling and performance during longer cuts.

Cutting performance and design details

The blade features X teeth for fast, smooth cutting through dense materials. A high temperature bond supports dependable performance under heat buildup, contributing to a longer usable life. The blade’s ultra-thin profile helps minimize chip-out and waste, especially when cutting porcelain.

• Ultra-thin 1.8 mm segments reduce material stress and produce cleaner edges on porcelain and ceramic surfaces.
• Free chips design and compatibility with hand-held machines support versatile, on-site use.

Applications and practical use

Designed for porcelain tile, granite, marble, stone, and ceramic work, this blade is suited to installation, renovation, and craft projects. The blade’s construction emphasizes durability and consistent performance across diverse material types, letting you plan with confidence.

Note: Individual results vary with tool condition, technique, and material, but the design highlights potential benefits based on intended use and material properties.