Saint-Gobain Surface Conditioning Group ABC Metal Bond Mesh MBR

Description
Metal bond diamond is a synthetic material, grown slowly compared to resin bond diamond, resulting in monocrystalline structures with high toughness. The typical blocky crystals are suitable for resin, metal and electroplated bond systems. Features Metal bond mesh diamond is typically 40µm and larger in particle size and is available in standard electroless nickel (Ni) coatings of 30% and 56% by weight, and a copper (Cu) coating of 50% by weight. Electroless coated particles promote enhanced grinding wheel performance in terms of longevity due to improved heat removal from the grinding zone and increased abrasive adhesion in the bond system.
Description
Metal bond diamond is a synthetic material, grown slowly compared to resin bond diamond, resulting in monocrystalline structures with high toughness. The typical blocky crystals are suitable for resin, metal and electroplated bond systems. Features Metal bond mesh diamond is typically 40µm and larger in particle size and is available in standard electroless nickel (Ni) coatings of 30% and 56% by weight, and a copper (Cu) coating of 50% by weight. Electroless coated particles promote enhanced grinding wheel performance in terms of longevity due to improved heat removal from the grinding zone and increased abrasive adhesion in the bond system.

Suppliers

Company
Product
Description
Supplier Links
ABC Metal Bond Mesh - MBR - Saint-Gobain Surface Conditioning Group
Anaheim, CA, USA
ABC Metal Bond Mesh
MBR
ABC Metal Bond Mesh MBR
Metal bond diamond is a synthetic material, grown slowly compared to resin bond diamond, resulting in monocrystalline structures with high toughness. The typical blocky crystals are suitable for resin, metal and electroplated bond systems. Features Metal bond mesh diamond is typically 40µm and larger in particle size and is available in standard electroless nickel (Ni) coatings of 30% and 56% by weight, and a copper (Cu) coating of 50% by weight. Electroless coated particles promote enhanced grinding wheel performance in terms of longevity due to improved heat removal from the grinding zone and increased abrasive adhesion in the bond system.

Metal bond diamond is a synthetic material, grown slowly compared to resin bond diamond, resulting in monocrystalline structures with high toughness. The typical blocky crystals are suitable for resin, metal and electroplated bond systems.

Features

Metal bond mesh diamond is typically 40µm and larger in particle size and is available in standard electroless nickel (Ni) coatings of 30% and 56% by weight, and a copper (Cu) coating of 50% by weight. Electroless coated particles promote enhanced grinding wheel performance in terms of longevity due to improved heat removal from the grinding zone and increased abrasive adhesion in the bond system.

Supplier's Site

Technical Specifications

  Saint-Gobain Surface Conditioning Group
Product Category Ceramic Media and Abrasives
Product Number MBR
Product Name ABC Metal Bond Mesh
Type / Shape Abrasive Grain / Grit
Unlock Full Specs
to access all available technical data

Similar Products

Ceramic Tumbler Media -  - C & M Topline
Specs
Type / Shape Shaped Media; Balls / (Beads Spherical); Cones; Cylindrical; Triangles; Pyramids; Stars; Wedges; Angle Cut
Material Porcelain
Applications Finishing and Deburring
View Details
Premalox High Purity Alumina Powders (99.99%) -  - Advanced Abrasives Corp.
Specs
Type / Shape Abrasive Grain / Grit; Uniform Particle Shape
Material Aluminum Oxide
Applications Lapping, Metallographic Specimen Preparation
View Details
Warren Micron Polycrystalline and Ultra-Detonted Diamond - Type 1 - Saint-Gobain Surface Conditioning Group
Specs
Type / Shape Abrasive Grain / Grit
Material Diamond
Applications Grinding Wheels; Polishing and Lapping (Very Fine)
View Details
Abrasive Blasting Media - White Aluminum Oxide - Composition Materials Co., Inc.
Specs
Type / Shape Abrasive Grain / Grit
Material Aluminum Oxide
Applications Blasting; Cleaning / Surface Prep; Finishing and Deburring
View Details