Product Details

• Tough, layered unitized construction operates clockwise or counterclockwise
• Resists loading and runs cool, extending the life of the wheel
• Perfect for very narrow widths and/or small diameters
• Higher densities retain conformability for finishing intricate shapes and contours
• Easy to run on smaller and portable equipment

SpecificationsAbrasive MaterialAluminum Oxide, Silicon CarbideAttachment TypeCenter HoleBrandXinsiluCenter Hole Diameter (Imperial)0.62 in, 0.70 in, 0.78 in, 1 in, Center Hole Diameter (Metric)16 mm, 18 mm, 20 mm, 25 mmProduct FormNon-Woven Flap WheelDensityHigh, Medium, LowForm TypeUnitizedGrade60#，80#，120#，180#，240#，320#，400#Max RPM7500,5500,4000,3500,Overall Diameter (Imperial) 4 in, 6 in, 8 in, 10 in, 12 inOverall Diameter (Metric)100 mm, 150 mm, 200 mm, 250 mm, 300mmOverall Width (Imperial)0.5 in, 1 in, 2 in, 3 inOverall Width (Metric)12.7 mm, 25.4 mm, 50.8 mm, 76.2 mm, Product ColorGreen

Artificial polishing

Mechanical polishing

Non-Woven Flap Wheel

The porous, non-woven structure promotes airflow and resists loading which prolongs the useful life of the wheel 

and reduces heat buildup which may stain or distort workpieces. The interleaf flap drum is able to clean, blend and

 finish while keeping the workpiece intact and offers a greater sanding surface area compared interleaf flap discs 

for angle grinders.

This wheel is manufactured using a “web” of nylon fibers that are bonded together (not woven together – 

hence the name) with synthetic resins. The fibers are impregnated with abrasive grain, producing a cushioned, 

three-dimensional material that is pliable, conformable to the workpiece, and long-lasting. Non-woven abrasives 

can be the ideal grinding products for deburring, cleaning, and imparting the desired finish to a wide variety of 

materials. A basic understanding of how these products are made, and how they should be selected and used to 

their maximum benefit, can help the metalworking manufacturer achieve the desired surface finish.

Why there?

The relatively non-aggressive nature of nylon and the abrasive grit used in non-wovens make them excellent finishing 

tools. With their open-mesh construction, non-wovens are waterproof, washable, and resilient. They resist loading 

and rusting, and are not conducive. In the standard non-woven design, the abrasive grain is uniformly dispersed 

throughout the nylon web, providing a continuous supply of new grain as the old grain and fibers wear away during 

use. While 60 grit to 80 grit abrasives is considered intermediate sizes in other products, they are considered coarse 

for non-woven products. Non-wovens can be used on a range of metals, including aluminum, brass, copper, nickel, 

chrome plate, stainless steel, and titanium, as well as other hard-to-grind materials such as ceramics, glass, and plastic. 

Used wet or dry, non-wovens enable the user to achieve a consistent, uniform finish, and conformability to irregular 

surfaces, with minimal smearing and discoloration of the workpiece.

Components of Non-Woven Abrasives

 While non-wovens are made in a different way than conventional coated abrasives, both types of products use many of 

the same abrasive minerals. Silicon carbide is sharper, cuts faster, and produces finer scratch patterns on most surfaces. 

Aluminum oxide is more durable and tends to last longer. It is more aggressive on certain applications (such as hardened 

steel parts), and produces less discoloration on aluminum. When the non-woven supplier talks about grit, he is referring 

to the size of the abrasive grain impregnated into the nylon web. The lower the number, the larger the grains. The use of 

large particles (coarse grit) results in a more aggressive cut and a coarser finish. Small size particles result in a non-woven 

product that produces fine surface finish, if all other conditions are equal. In specifying a conventional bonded or coated 

abrasive product, the purchaser selects a specific grit size – say, 120 grit. With non-woven abrasives, by comparison, 

one of the following designations is used: 

 

Grit Designation and Comparable Grit Ranges

Coarse (C) 50 – 80

Medium (M) 100 – 150

Fine (F) 180 – 220

Very Fine (VF) 240 – 360

Ultra Fine (UF) 600

Micro Fine (SF) 1000 – 1200