Standard Abrasives™ 7000047158 High Strength Disc, 4-1/2 in Dia Disc, Type 27 Attachment, Medium Grade
Deburring and Finishing
MFR #: 7000047158
A&M #: 6451887
3M
UNSPSC #: 31191500
$12.90 / EACH
Regular Price: $14.83, you save $1.93 (13%)Out of Stock.This item has been discontinued by the manufacturer. Please request a quote or call 800.864.2660 for help identifying a suitable substitution.
- See all product specifications
Manufacturer : 3M
Arbor Hole Size : 7/8 in
Attachment Type : Type 27
Brand Name : Standard Abrasives™
Color : Blue
Country Of Origin : US
Package Description : 1/DC
Product Status : Discontinued
- Dense, stiff construction withstands high pressure without folding over, improving productivity
- Produces a uniform, consistent, smear-free finish on ferrous and non-ferrous metals
- Aluminum oxide mineral cuts sharp, helps produce a consistent scratch pattern and works well on many different metals
- Flexible, pliable open web removes burrs and surface contaminants without gouging the substrate
- Open web is load-resistant, limiting build-up of debris that can clog the abrasive and prolonging service life
- Center hole discs come in a range of medium to large sizes to meet many different project specifications
- Three grades to choose from for varying degrees of aggressiveness and finish, coarse (crs - green), medium (med - blue), and very fine (vfn - maroon)
- High strength non-woven nylon material ensures that our standard Abrasives™ buff and blend HS disc maintains stiffness and won't tear or fray when faced with challenging edgework or irregular surfaces. Within the standard Abrasives™ buff and blend product line, the HS disc offers the best performance for cleaning and light deburring while achieving a final finish or polished piece. Among the four standard Abrasives™ buff and blend materials, HS material is the most stiff, durable and aggressive. Given its strength and durability, our standard Abrasives™ buff and blend HS disc is a good match for irregular shaped parts, such as pipe threads, the edges of molded glass containers and non-ferrous die cast molded parts. It removes small, stubborn burrs and cuts sharp to produce a consistent finish. Non-woven construction makes the material responsive to contours and extrusions, so it is unlikely to gouge or mar the substrate while achieving an aggressive cut. Aluminum oxide abrasive grain bonded to the nylon strands produces a uniform scratch pattern - perfect for satin or grain finishing. Use a standard Abrasives™ buff and blend HS disc for final finishing on brass, steel, bronze, pewter and stainless steel, as well as plated plastics. If desired, discs may be ganged on a shaft to form a wheel for off-hand applications. When a very fine high luster and decorative finish is desirable on pieces such as builders hardware, choose the HS disc in MED or VFN grade. For applications that may require a faster cut or coarser finish, choose the CRS grade disc. The coarser scratch pattern of the CRS disc also makes it ideal for satin and grain finishing applications, as well as blending and cleaning surface imperfections. Standard Abrasives™ buff and blend products are 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 rework. Furthermore, manual fatigue that may result from applying heavy pressure to a dull abrasive is reduced. 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 superior performance on specific applications.