3M Polyimide Hybrid Bond CBN Wheels and Tools, 1V1 4-.5-.375-1.25 B180
164PK V20

3M Products & Supplies

3M Polyimide Hybrid Bond CBN Wheels and Tools, 1V1 4-.5-.375-1.25 B180 164PK V20

Name: 3M Polyimide Hybrid Bond CBN Wheels and Tools, 1V1 4-.5-.375-1.25 B180 164PK V20
Brand: 3M Products & Supplies
SKU: 7100224096
Price: 451.74 USD
Availability: InStock

SKU: 7100224096

MPN: 7100224096

Lead Time: 40 working days.

3M ID: 65300362673

Country of Origin: USA

Manufacturer: 3M

$451.74 each

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Product Description
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Product Description

3M CBN Wheel 164PK is used to generate the flute which is the helical or straight groove in the body of the cutting tools made of tool steel and high speed steel. This polyimide bonded wheel offers high cut rates, good form retention, and increased thermal stability during higher temperature grinding operations.

High Quality Relief Grinding
The 3M CBN Wheel 164PK line is specifically designed for the production and re-sharpening of high speed steel and tool steels cutting tools. The wheel used to generate the flute which is the helical or straight groove in the body of the tool. This process requires the highest level of quality that our 3M CBN Wheel 164PK provides.

Built to Take the Heat
The 3M CBN Wheel 164PK line uses a polyimide bond system which offers increased thermal stability compared to the phenolic resin bond systems. This allows 164PK to grind at higher cut rates and maintain form under higher temperature grinding conditions where phenolic resin bond systems undergo thermal and chemical deterioration.

The Right Wheel for Every Job
3M provides a broad portfolio of superabrasive wheels used for your round tool relief and clearance angle applications. From short runs and re-sharpening to “lights-out” and long production runs, 3M has the wheel design to meet your needs.

Arbor holes made to customer specifications
Best used for grinding high speed steel, tool steels, and ferrous metals
Cubic boron nitride abrasive mineral maintains fast cut rates at high temperatures
Greater form retention when compared to wheels with phenolic resin bonds
Polyimide bond system provides improved thermal stability and cut rates