SURFACE

GRINDING WHEELS

THE PERFECT CHOICE FOR HEAVY STOCK REMOVAL

TYPE 1A8 THINWHEEL

AVAILABLE IN DIAMOND OR CBN
SINGLE OR GANG WHEEL APPLICATIONS

METAL BOND WHEELS

HIGH RESISTANCE, LONGER LIFE WORKS WITH CARBIDE, CERAMIC, GLASS, QUARTZ, SAPPHIRE

1A1R CUTOFF WHEEL

USE ON CUT-OFF MACHINES, SURFACE GRINDERS, O.D. GRINDERS

THINWHEEL &

REUSABLE MANDREL

AVAILABLE IN DIAMOND OR CBN

GETTING A QUOTE

IS SIMPLE.

JUST FILL OUT OUR SHORT FORM.

RESIN BOND WHEELS

Diacut's resin-bond superabrasive grinding wheels are highly effi­cient and formulated for fast, cool cutting and precision finishing, rendering our resin-bond blades an ideal choice for hard and brit­tle material applications. When cutting hard and brittle materials, the edge of the blade wears at a systematic rate, which continually exposes new diamond particles and produces a self sharpening blade. This means our blades are ideal for the precision finishing of ceramics (alumina), glass, quartz, sapphire, ferrite and carbide. Since resin-bond generates less heat when grinding, they can be used in both wet and dry grinding applications. We customize our resin-bond wheels to suit your exact needs.

METAL BOND WHEELS

We crafted our metal-bond superabrasive grinding wheels, also referred to as sintered blades, with a bond matrix that was de­signed to retain shape, provide higher yields and ultimately have longer wheel life than our resin-bond wheels. Diacut's metal-bond blades are characterized by their endurance and low wear rates while pushing the limits of blade thickness. The metal-bond blades are ideal for grinding non-ferrous materials such as glass, alumina ceramics, sapphire and quartz. A wet grinding environ­ment, with high pressure coolant, is strongly recommended. Like our resin-bond product line, we have customized our metal-bond wheels to suit any project and application for our customers.

CUSTOM-MADE
GRINDING WHEELS & BLADES,

FINE-TUNED TO PERFECTION


Since 1982, Diacut has been producing custom precision wheels and blades for myriad industries around the world. Focused on crafting each product for reliable quality and consistent performance, the Diacut Thinwheel team is dedicated to offering superb customer responsiveness with unmatched product turnaround for our grinding wheels and cutting, slotting, slicing and dicing blades.

DIAMOND OR CBN SUPERABRASIVES

Superabrasives is a term used to describe Diamond and CBN (Cubic Boron Nitride). Diamond is the hardest substance on the Knoop Hardness Scale and the only abrasive capable of grinding ultra-hard materials. Cubic Boron Nitride is man-made and second only to diamond in hardness. They can both produce outstanding results for specific applications and materials when properly applied. Although CBN and Diamond are both superabrasives, the areas of use vary considerably by material. In general, Diamond is used to grind nonferrous materials, while CBN is used to grind ferrous materials.

Diamond:
Alumina (Ceramic) • Carbide • Crystals • Ferrite • Glass • Graphite • Quartz • Sapphire

CBN:
Aerospace Alloys • Die Steel • Hard, Ferrous Materials (Over 55 Rockwell C) • High Speed Steel • Inconel • Special Alloys • Stainless Steel • Tool Steel

UPCOMING EVENTS

Ceramitec 2024

April 9 – 12
Munich, Germany, Booth A6.326

Grinding Hub 2024

May 14 - 17
Stuttgart, Germany

VIDEO TUTORIALS

LEARN TIPS, TRICKS & INSTRUCTIONS

NEWS

Diacut Attends Two Trade Fairs in Germany

Earlier this year, Diacut attended two international trade fairs held in Germany related to industrial manufacturing and

diacut 16 Sep 2024

Industrial Tools Inc. Closes After 62 Years

After 62 years, Industrial Tools Inc. (ITI), a leading manufacturer of resin and metal bonded diamond blades,

diacut 24 Mar 2023

Vehicle Dynamics Testing Pressure Sensors

Diacut Inc. manufactures wheels and blades which in turn are applied to manufacturing processes as diverse as

diacut 05 Apr 2018

Diacut Looks Forward to 35 Year Anniversary

Colorado-based Manufacturer is a Titan of the Diamond Blade Industry Palmer Lake, CO -- (SBWIRE) -- 12/06/2016

diacut 05 Jan 2017

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