Hari Hara Enterprises

he Norton Alkon Gold Plus Fibre Disc with dimensions 125 mm x 22.23 mm and Grit 80 is a versatile abrasive disc designed for high-quality finishing and general-purpose applications across various materials. Technical SpecificationsThis product is typically identified by the Norton model number C25 (for the 125 mm diameter with Grit 80). 

• Diameter: 125 mm (approximately 5 inches).
• Bore Diameter: 22.23 mm (standard arbor hole for angle grinders).
• Grit: 80 (a fine grit suitable for finishing).
• Abrasive Material: Premium Aluminium Oxide.
• Backing: Heavy-duty vulcanised fibre backing.
• Bonding: Resin over resin construction.

Technical SpecificationsThe specific model is often referred to as the Norzon Plus NZC22 or sometimes Zirkon/ZCP22C in India. 

• Diameter: 125 mm (approx. 5 inches).
• Bore Diameter: 22.23 mm (7/8 inch arbor hole).
• Grit: 36 (a coarse grit for heavy material removal).
• Abrasive Material: Zirconia Alumina blend (Norzon abrasive).
• Backing Material: Heavy-duty vulcanised fibre backing for strength and tear resistance.
• Max Operating Speed: Up to 12,250 RPM. 

The Norton Zirkon Fibre Disc with dimensions 178 mm x 22.23 mm and Grit 36 is a heavy-duty abrasive product designed for aggressive material removal and blending on various metal surfaces. It is known for its durable zirconia alumina abrasive grains that offer extended life and a high cut rate. Technical SpecificationsThis product is a 7-inch diameter fibre disc, a common size for use with large angle grinders. The model number is often referred to as ZCP5H or similar variants in the Zirkon+ range. 

• Diameter: 178 mm (7 inches).
• Bore Diameter: 22.23 mm (standard 7/8 inch arbor hole).
• Grit: 36 (coarse grit for significant stock removal).
• Abrasive Material: Zirconia Alumina blend.
• Backing: Heavy-duty vulcanised fibre backing.
• Max Operating Speed: 80 m/s.

echnical Specifications

• Abrasive Material: Premium Aluminum Oxide.
• Backing: Heavy-duty vulcanised fibre.
• Bonding: Resinoid (medium to hard).