Hot Mill Roll Grinding Case Study

Advanced Hot Mill Roll Grinding Technology Delivers Unheard of Savings

Weiler 42" x 4" x 20" Roll Grinding Wheel significantly increased G-Ratio and reduced abrasives consumable cost by 45.77% annually.

CHALLENGE: 

A leading hot mill roll grinding facility was challenged to reduce their overall cost of grinding while maintaining aggressive roll processing levels. The company has tested other products that have shown longer life, but none of these wheels allowed them to achieve desired cycle times or effectively grind harder to grind materials like CPC or HSS.

SOLUTION: 

To address this need, the Weiler Abrasives team developed a grinding wheel like no other. We utilized an advanced phenolic resin technology paired with a proprietary blend of cutting-edge ceramic abrasive and next-generation engineered aluminum oxide grain. This unique design resulted in a wheel that was easy to work with on all materials, met their cycle time demands, all while showing an impressive improvement in life.

RESULT: 

Weiler’s Roll Grinding Technology allowed the customer to maintain very aggressive cycle times and process all roll types without creating chatter or feed lines. As an added benefit, this wheel was easy to work with requiring little to no parameter changes to process rolls. Utilizing the Weiler Process Solutions tool, the Weiler team was able to document best practices and design a wheel that increased G-RATIO (wheel life) by 112% and decreased wheel changes by 50%. Those changes ultimately led to a total annual cost savings of $229,134.

 

WHEEL LIFE
112% Increase

WHEEL CHANGE
50% DECREASE

Total Annual Cost Savings
$229,134/year

Resources

 

Industrial Grinding Brochure

 

NEXT STEPS

Call Weiler's Customer Experience Team at 800.835.9999. Our Application Engineers are available 8:30 am to 5 pm EST, Monday - Friday.

Or use our Application Assistance Form below and one of our Engineers will recommend a process or the best product to solve your problem at the lowest possible end-use cost.