STADEA

Stadea 1" Diamond Drum Wheel for Porcelain Decton Ceramic - Undermount Sink Round Corner Grinding - Resin Filled MICROCUT Continuous Drum - Series Ultra P

Stadea 1" Diamond Drum Wheel for Porcelain Decton Ceramic - Undermount Sink Round Corner Grinding - Resin Filled MICROCUT Continuous Drum - Series Ultra P

$89.99

FREE SHIPPING* - Exclusion Applies

  • SKU: DDWD01UPSIMC581P
In Stock & Ready To Ship!
Current Stock:Only left: 27
Description

Stadea Ultra P - Resin-Filled Continuous Diamond Drum Wheel for Porcelain Decton Ceramic Neolith Under Mount Sink Corner Grinding & Shaping

Stadea Series Ultra P - 1 Inch resin-filled continuous diamond Drum Wheel, resin-filled for a continuous grinding surface is designed for Porcelain, Decton, Ceramic, Neolith edges and surface grinding.

stadea-diamond-tools-100-100.jpg
  • For Porcelain Ceramic Decton Neolith Grinding - Designed for grinding Porcelain Ceramic Edges and Surface Grinding. Works very well for Decton, Neolith grinding as well
  • Faster Grinding - Sintered High-quality diamond with diamond impregnated resin for faster aggressive grinding
  • Chip Free Grinding - Uniquely designed Diamond impregnated resin-filled continuous grinding surface for chip free smooth grinding surface
  • Desired Smoothness - Available in Coarse (Grit 50), Medium (Grit 100), Fine (Grit 200) to easily achieve required smoothness after grinding
  • Durable - Thicker diamond segment for extended life, Heavy duty grinding wheel with ease of use
  • Available as individual grits or as set

TECHNICAL SPECIFICATIONS - Stadea Diamond Drum Wheel, Series Ultra P

stadea-diamond-tools-100-100.jpg
  • Max RPM - 10000
  • Arbor - 5/8" 11 Female
  • Usage - Dry or Wet
  • Available Sizes - 1"

ABOUT STADEA

stadea-diamond-tools-100-100.jpgStadea is a rapidly growing professional diamond tools brand for stone concrete fabrication, cutting, grinding, polishing. Stadea superior quality, efficient, durable, and competitive priced hand and CNC diamond tools bring in great value for professionals and reduce their overall operational cost