As specialist products for high-alloy steels, 4815 siacut fibre discs are suitable for a variety of applications: from general dressing work, deburring and edge chamfering through to the surface treatment of bronze ship propellers. Active cooling ingredients keep discolouration to a minimum.
Details
Industrial Subcategory:
Abrasive Wheels, Discs and Brushes
Advantages:
Aggressive cut Firm fibre backing Active additives with a cooling effect greatly reduce discolouration
Advantages (Metalworking):
Aggressive cut;Firm fibre backing;Active additives with a cooling effect greatly reduce discolouration
Advantages (Metalworking) 01:
Advantages (Metalworking) 02:
Advantages (Metalworking) 03:
Active additives with a cooling effect greatly reduce discolouration
Application (Metalworking):
Surface finishing;Deburring;Removing discolouration;Smoothing and blending of flaws;Weld preparation;Sanding down
Applications:
Weld preparation Removing discolouration Sanding down Surface treatment Deburring Blending
Material (Metalworking):
(High alloyed steel; Main application);(Non-ferrous metal; Main application);( ; Main application);
Other dimensions (inches):
Packaging dimensions (VPE):
Packaging dimensions (VSE):
Product Profile:
Grit type: Zirconia alumina Backing: Fibre Coating: Closed bonding: Resin over resin Special coating: Cooling additive
Product type (main group) EN:
Safety instructions:
Pay attention to the abrasives safety data sheet (available from sia Abrasives);Follow the general FEPA safety recommendations;Use eye and face protection;Use an effective dust extraction unit or wear a fine dust mask
Safety instructions 01:
Pay attention to the abrasives safety data sheet (available from sia Abrasives)
Safety instructions 02:
Follow the general FEPA safety recommendations
Safety instructions 03:
Use eye and face protection
Safety instructions 04:
Use an effective dust extraction unit or wear a fine dust mask
Size:
5" x 7/8" (125 x 22 mm) star hole
Manufactured By:
Sia Abrasifs JJS
Other Details
the fibre disc for aggressive sanding of high-alloy steels