Ultra Hard Plus
Diamond Blade

Ultra Hard Plus

Ultra Hard Plus

Perfect for Ceramics and Porcelain
The UHX – Ultra Hard Plus diamond blade has been developed to offer fast cutting of hard natural stone products and man-made fired materials such as porcelain and ceramic products. Provides fantastic cutting performance with a super clean cut and reduced chipping.

Advisory: Maximum recommended cutting depth: 20mm

Download Data Sheet

Available Options

Part No. Diameter (mm) Segment Width (mm) Bore Size (mm)
UHXCEL11522TF 115 1.2 22.23
UHXCEL12522TF 125 1.2 22.23
UHXCEL20022TF 200 1.4 22.23
UHXCEL23022TF 230 1.6 22.23
UHXCEL23025TF 230 1.6 25.40
UHXCEL25025TF 250 1.6 25.40
UHXCEL30025TF 300 2.0 25.40
UHXCEL35025TF 350 2.0 25.40

SKU: N/A Category: Product ID: 3953

Description

The UHX – Ultra Hard Plus Diamond Blade. This diamond blade has been specifically designed and manufactured for cutting ultra hard materials such as; Granite, Porcelain, Marble, Ceramic Tiles, Clay Roof Tiles and other hard natural stone and man-made fired materials. With an ultra thin castellated turbo segment, the Mexco UHXCEL+ Diamond Blade delivers a fantastic cutting performance, a super clean cut and ensures a noticeable reduction in chipping.

Perfect for: Tile Fitters, Roofers, Kitchen Fitters, Stone Workers, Plumbers, Civil Engineers and General Building Contractors.

Advisory: Maximum recommended cutting depth: 20mm

Refer to applications for a comprehensive list of materials suitable for this diamond blade.

Additional information

Segment Height

Dry / Wet

Grade

Gullet Type

Segment Attachment

Segment Type

Undercutting Protection

Ventilation

Applications

  • Porcelain
  • Hard Marble
  • Marble Tiles
  • Ceramic Tiles
  • Ductile Iron
  • Granite
  • Class A Engineering Brick
  • Clay Paviours
  • Clay Pipes Vitrified
  • Clay Roof Tiles
  • Quarry Tiles
  • Non Abrasive Indian Sandstone
  • Hard Facing Brick
  • Medium Facing Brick
  • Hard Slate
KEY
  • Recommended to cut these materials
  • Will cut these materials but may result in reduced lifetime or glazing