Dynabrade - Automotive Katalog Page 93
Commercial customer offer**Products from catalog page
ABRASIVES NON-WOVEN ABRASIVES: DYNABRADE SURFACE CONDITIONING MATERIAL APPLICATIONS Surface blending on car body panels for optimized processing, grinding down and smoothing welds Decorative finishing, wood sanding, deburring, cleaning, oxide removal INFORMATION Removing light edge burrs and other irregularities on the surface For use on stainless steel, aluminum, titanium, alloys, fiberglass and plastic FEATURES Non-woven web structure for less clogging and better lifetime than ordinary coated abrasive discs High content of aluminum oxide BENEFITS Disc can be easily changed with one turn of the locking-type system Greater resistance to loading due to the open structure of the discs compared to standard surface No slipping with the locking-type system and always central run. Less downtime for changes DS323 SURFACE CONDITIONING DISCS - ALUMINUM OXIDE NON-WOVEN NYLON Diameter Grit Attachment 50 mm 75 mm 100 mm 115 mm A-Medium 72954 A-Very Fine 72955 S-Super Fine 22616 A-Coarse 72956 A-Medium Locking-Type 72957 A-Very Fine 72958 S-Super Fine 22617 A-Coarse 72959 A-Medium 72960 A-Very Fine 72961 A-Coarse 72950 A-Medium 72951 Very Fine A-Very Fine 150 mm P/N MOS Qty/Box 23.000 RPM 50 72953 A-Coarse Hook Face EXAMPLE : 47821 18.000 RPM 25 13.000 RPM 25 11.000 RPM 10 8.500 RPM 10 EXAMPLE : 48530 72952 22341 A-Medium 22342 A-Very Fine 22360 EXAMPLE : 54430 ABRASIVES 93
116 Pages | Valid until 07/2026 | Previous page | Next page
Choose your language
Legal issues
The manufacturer is exclusively responsible for the content, price and article details of the products and offers presented in the catalogues. Subject to technical and optical changes by the manufacturer and errors excepted.
Request form for special products
The ToolTeam® Procurement Service
Are you looking for products that are shown in the catalogue but cannot be purchased directly online?Our procurement service will be pleased to make you a non-binding and individual offer.
