CBN FACE&FINE GRINDING WHEELS
PG&F™ CBN Face and Fine Grinding Wheels 1TVB 2A2T 475-150-6-175 B54VB75G13/21B34 J30X
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CBN FACE&FINE GRINDING WHEELS
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CBN FACE&FINE GRINDING WHEELS
Go to product
CBN FACE&FINE GRINDING WHEELS
Go to product
CBN FACE&FINE GRINDING WHEELS
Go to product
CBN FACE&FINE GRINDING WHEELS
Go to product
CBN FACE&FINE GRINDING WHEELS
Go to product
CBN FACE&FINE GRINDING WHEELS
Go to product
CBN FACE&FINE GRINDING WHEELS
Go to product
CBN FACE&FINE GRINDING WHEELS
Go to product
CBN FACE&FINE GRINDING WHEELS
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Technical Excellence
Selecting the right abrasive tool and bonding formulation is essential for achieving maximum productivity, superior surface finishes, and extended tool life in high-precision industrial grinding operations. PG&F Superabrasives manufactures an industry-leading range of precision diamond and cubic boron nitride (CBN) products tailored to demanding manufacturing tasks.
Our comprehensive catalog includes vitrified, resin, metal, electroplated, and copper-core hybrid bond configurations specifically engineered to grind tough materials such as tungsten carbide, hardened tool steels, technical ceramics, and thermal spray coatings. Every grinding tool is supported by our dedicated application engineering team, helping you optimize wheel topography, coolant delivery, and CNC machine parameters.
Browse our categories, submit drawings, or request custom quotes directly online to maximize your manufacturing performance.
With a rich heritage rooted in decades of engineering innovation — and built upon our historical legacy as part of 3M until 2026 — PG&F Superabrasives delivers uncompromised quality and dependable service to precision manufacturers worldwide.
Whether your shop requires fast-shipping standard catalog grinding wheels or fully custom-engineered rotary dressing equipment and spindle systems, our experienced technical application specialists partner directly with you to streamline cycle times, increase total workpiece throughput, lower cost per part, and completely eliminate thermal surface damage.