FLEXSTEEL General-Purpose Flap Discs

Walter Surface Technologies announces the launch of FLEXSTEEL, a high-performing general-purpose flap disc designed for use on steel in light industrial, metal fabrication and construction applications. FLEXSTEEL is the newest addition to Walter’s ENDURO-FLEX family of flap discs and furthers Walter’s commitment to helping customers work better. 

FLEXSTEEL features a specially engineered zirconia-alumina abrasive grain blend that self-sharpens with low pressure, allowing it to maintain a high removal rate on any power tool, including value models with less torque.  FLEXSTEEL provides an economical solution for workers who need a quality, industrial-grade flap disc.

“For high-powered grinders, Walter’s ENDURO-FLEX series already provides the most productive line of flap discs, which feature the longest service life and highest removal rate in the industry,” explained Amadou Sylla, Associate Product Manager at Walter Surface Technologies. “To help manufacturers gain a competitive edge in general MRO environments or construction, without compromising on safety or performance, we developed a premium-grade flap disc that is ideally suited for the general-purpose grinding that is so prevalent”.

FLEXSTEEL flap discs are made of abrasive grains that self-sharpen under low pressure and, like the ENDURO-FLEX series, they feature Walter’s unique Eco-Trim backing that extends disc life.

The discs offer a high removal rate and good life on steel. They offer an economical choice for blending sharp corners, heavy deburring or blending in fillet welds.  In addition, they can withstand lateral pressure to remove material from corners and edges – all of which would normally cause premature wear on the standard abrasive cloth typically found on flap discs in this category.

“FLEXSTEEL will benefit a vast market that is currently underserved with existing, under-performing products,” adds Sylla. The flap disc took 3 years to develop and has undergone extensive field testing to ensure the customer would be getting the best-possible product in its class.”