For added cut, we designed our Standard Abrasives™ Buff and Blend Combi-Wheel with alternating flaps of Buff and Blend non-woven GP material and coated abrasive resin bonded material. The combination of flaps blends and removes contaminants more aggressively than a non-woven brush, while producing a uniform final finish with a linear scratch pattern.
(Long)
Versatile Utility and Linear Scratch Pattern
The Standard Abrasives™ Buff and Blend Combi-Wheel is a versatile product that is a great follow-up to coated abrasive steps in operations where a linear scratch pattern is desired. Use it to remove heavy oxidation prior to painting or plating, finish stamped or extruded aluminum parts, add a grain finish to stainless steel sheets, or create a satin finish on other large surfaces. It is suitable for ferrous and non-ferrous metals.
Added Strength for Demanding Finishing Applications
The durable construction of Combi-Wheel flaps provides aggressive, controlled action and a consistent, uniform finish. The Buff and Blend flaps are made from tough, resin-reinforced nylon fiber with aluminum oxide abrasive grain. The Combi-Wheel is more aggressive than a flap brush, which does not incorporate coated abrasive flaps, and less aggressive than a flap wheel, which is entirely constructed from coated abrasive flaps. In applications where a flap brush needs some extra teeth for blending or cleaning, the addition of coated abrasive flaps in a Combi-Wheel provides added abrasive strength.
To suit a variety of large and small finishing operations, we offer this popular product in a broad range of sizes and in two grades, medium (MED) and very fine (VFN).
Load-Resistant Construction Boosts Life and Performance
Standard Abrasives™ Buff and Blend material is load-resistant to keep you cutting with fresh mineral. The gaps in the open web allow unwanted swarf to escape. Consequently, less debris clogs the abrasive, so the mineral can stay fresh, keep cutting sharp and deliver a consistent cut over the life of the product. As the fibers break down and fresh mineral is exposed, it reduces the likelihood of dull or blunt mineral smearing the surface, contributing to cleaner surfaces and less re-work. Furthermore, manual fatigue that may result from applying heavy pressure to a dull abrasive is reduced.
The Many Benefits of Standard Abrasives™ Buff and Blend
Standard Abrasives™ Buff and Blend products invigorate deburring, cleaning, blending and finishing applications by helping operators reduce finishing steps, minimize costs and achieve greater throughput. Each Buff and Blend product and grade offers unique benefits, so operators can choose from a versatile range of options to ensure optimal performance on specific applications.

3M 69602, Cloth Belt 777F, 60 YF-weight, 1 in x 11 in, Sine-lok, Full-flex, 7010295223, 500 per case
Insize 6302, MICROMETER STAND, 6928640392467
3M 24049, Wetordry Cloth Disc 281W, P1000 YF-weight, 8 in x NH, Die 800JM, 7000045052
3M 71346, 675L, 1" X 120", 125u, Diamond Microfinishing Film Belts, 7010534823
Dynabrade 22070 Downdraft Table Accessory Pack (Air Manifold, FRL and On/Off Air Valve)
3M 45179, Roloc Disc Pad TR, Medium 4 in 1/4-20 Internal, 7000045281
3M 22396, Roloc Disc 361F, 36 YF-weight, TR, 1-1/2 in, Die R150S, 7000045091
Dynabrade 64350 26" W x 36" L (660 mm W x 914 mm L) Metal Capture Downdraft Station, 230 V (AC)
Norton 66261014897 2" x 1/4" Bear-Tex NEX Rapid Blend AO Medium Grit TR (Type III) Non-Woven Wheel, 60 Each
3M 88904, PSA Cloth Disc 348D, 50 X-weight, 12 in x NH, Die 1200B, 7000118897
3M™ 72122, Portable Compressed Air Filter and Regulator Panel 256-02-01, 100 cfm, 8 outlets, with Carbon Monoxide Monitor, 7000052147, 1 EA/Case
Dynabrade 78185 3" Dia., Extra Coarse, NWN DynaBrite, TR Locking-Type Disc, 25/pack
Norton 66254497067 - 2" X 1/4" 100 - 150 Grit Medium Grade Aluminum Oxide Vortex Rapid Blend Blue TR Non-Woven Abrasive Disc, 25 Each
Dynabrade 90874 2" Dia. Very Fine NWN DynaBrite Locking-Type Disc, 25/pack
Norton 66261199696 - 3" X 1/4" X 1/4" Vortex Rapid Blend Unified Wheel, 7AM U2305, 40 Each 

