Experience Unmatched Performance with DUALFORCE™ Hybrid Bond Wheels

Abrasive Technology presents DUALFORCE™, an innovative hybrid bond wheel technology designed to revolutionize your cutting applications. Created to provide superior performance and enhanced durability, our controlled structure technology creates the optimal space between abrasive particles, yielding a cutting wheel that withstands the demands of high-speed applications.

Hybrid Bond tooling

Understanding DUALFORCE™ Technology

The essence of DUALFORCE™ lies in its controlled structure process. This technology creates a strategic spatial arrangement between abrasive particles, allowing for freer cutting, reduced wheel wear, and sustained high-speed operation. This ingenious structural layout enhances the wheel's ability to disperse heat and reduces loading, enabling an overall improved wheel life and efficiency.

Hybrid Bond

Fluting wheels

Our DualForce™ wheels are freer cutting to withstand cutting forces from high-speed applications, including carbide and steel applications.

What Sets Us Apart

Key Advantages of DUALFORCE™

With DUALFORCE™, you gain more than just a product - you gain a partner in productivity. Key advantages include:

Increased Wheel Life

DUALFORCE™ wheels withstand high-speed applications, reducing wheel wear and boosting the lifecycle.

Enhanced cutting efficiency

The strategic particle placement facilitates freer cutting, resulting in higher material removal rates.

Reduced thermal damage

By effectively dispersing heat, our hybrid bond wheels limit thermal damage to your workpiece.

Optimized for high-speed applications

With enhanced durability, DUALFORCE™ wheels thrive in high-speed cutting applications.

Increased Wheel Life

DUALFORCE™ wheels withstand high-speed applications, reducing wheel wear and boosting the lifecycle.

Enhanced cutting efficiency

The strategic particle placement facilitates freer cutting, resulting in higher material removal rates.

Reduced thermal damage

By effectively dispersing heat, our hybrid bond wheels limit thermal damage to your workpiece.

Optimized for high-speed applications

With enhanced durability, DUALFORCE™ wheels thrive in high-speed cutting applications.

Real-World Impact of DUALFORCE™ Technology

Many industries have already reaped the benefits of DUALFORCE™. For instance, aerospace manufacturers have reported improved precision in cutting high-performance alloys, while automotive professionals observed faster stock removal in high-speed grinding processes. The implications for efficiency and cost savings in these demanding sectors are substantial.

All Hybrid Bond Products

Elevate your cutting applications today with DUALFORCE™ hybrid bond wheels from Abrasive Technology.

Fluting wheels

Fluting wheels

Our DualForce™ wheels are freer cutting to withstand cutting forces from high-speed applications, including carbide and steel applications.
Grinding Wheels

Grinding Wheels

From aggressive to precision grinding, we offer a wide range of grinding wheels to suit your specific application.
Centerless Grinding wheel

Centerless Grinding wheel

Our Custom-engineered wheels provide consistent performance in grinding Tungsten Carbide, High Speed Steel, Ceramics, Glass, and Polycrystalline Diamond.

FAQs

How does DUALFORCE™ compare to traditional bonded wheels?

DUALFORCE™ technology ensures a longer wheel life and higher material removal rates, even in high-speed applications. It reduces wheel wear and limits thermal damage to your workpieces, thus offering superior performance compared to traditional bonded wheels.

What industries would benefit most from DUALFORCE™?

DUALFORCE™ is ideal for any industry that requires high-speed cutting or grinding applications. This includes but is not limited to aerospace, automotive, construction, and manufacturing.

Still have questions?

Contact us directly with any questions or inquiries.

Get a Quote

Fill out the form below to get a quote. Feel free to call us as well.

Call us at 1-800-964-8324
Call Now
Max file size 10MB.
Uploading...
fileuploaded.jpg
Upload failed. Max size for files is 10 MB.
Thank you! Your submission has been received!
Oops! Something went wrong while submitting the form.
close icon