Cut-Off Blades
Buffalo Abrasives offers Reinforced and Non-Reinforced Cutoff Wheels to get the
job done on time with superior results.
Reinforced Cut-off Wheels:
- A full line of reinforced cut-off wheels from 1" to 26" diameter in all
popular thicknesses. The highest quality fiberglass fabric available today is
used to give you break-resistant wheels on your most demanding cut-off
applications.
- For extremely tough jobs, our 4992 bond cut-off blades are recognized
throughout the foundry industry as the wheel of choice.
- A full selection of general purpose wheels, and for special applications,
custom engineered products.
Non-Reinforced Cut-off Wheels:
- For precise cuts, exact sizing and high quality finishes, non-reinforced
cut-off wheels through 26" diameter in all popular thicknesses. Zone
reinforcement is available.
- For wet cutting and applications where you need a better finish, out premium
rubber/resin bonded wheels meet the challenge.
- Customer engineered non-reinforced cut-off wheels to meet your most exacting
needs.
If you are looking for a quality cut, long life, or speed
of cut, Buffalo Abrasives has a reinforced or non-reinforced cut-off wheel to do
the job right. We custom manufacture resin and rubber/ resin cut-off wheels for
wet and dry cutting of metals, specialty alloys, and other materials.
You
can count on Buffalo Abrasives' cut-off wheels for:
Consistency and repeatability - Using the
finest raw materials and the latest manufacturing methods assures that Buffalo
Abrasives' cut-off wheels deliver consistent performance, wheel to wheel and
batch to batch.
Quality - Fully integrated, in-house faculties,
including advanced hydraulic press technology, temperature and humidity
controlled mixing and molding, and computer- controlled cure cycles, are used to
produce the highest quality cut-off wheels available today.
Our
manufacturing is supported with Statistical Process Control, TOM teams and
continuous improvement programs.
Each wheel manufactured meets strict
quality standards and is tested in accordance with ANSI B7.1 requirements.
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