Abrasive wheels CP-WL 200 x 50 x 76 mm Grain 5 A Fine (2 Units)

The Scotch-Brite cutting and polishing wheel is designed to be durable for aggressive mixing and finishing, defect removal and heavy scratch mixing. This wheel features aluminium oxide mineral embedded in nonwoven nylon or other synthetic fibres.

Confirm in advance with Sekureco.eu date of supply approx.

CHARACTERISTICS

• Its open band material is load-resistant and keeps abrasive cutting at high performance by helping to prevent fiber clogging.
• The Scotch-Brite cutting and polishing wheel uses aluminum oxide ore, a tough and durable abrasive that is self-fracturing to expose fresh cutting edges.
• Pair the Scotch-Brite cutting and polishing wheel with robotics, in-line sanders, bench motors, rear brackets or centerless grinders for a customized finishing solution tailored to your needs.

BENEFITS

• The nonwoven band construction helps to resist premature loading, which contributes to a longer service life.
• The abrasive mineral aluminum oxide cuts quickly and produces a glossy finish throughout the life of the wheel.
• Scotch-Brite material resists loading and wears at a uniform rate to provide continuous cutting action

APPLICATIONS

• Use the Scotch-Brite cutting and polishing wheel to help remove surface defects, thick grinding lines, forging marks and machining mismatches, all while helping to leave a uniform grain finish.
• Use this cutting and polishing wheel when you need to achieve aggressive cutting for high-strength blends and finishes.
• Good replacement for the rubber tire.
• Ideal for mixtures and aggressive finishes on all metals.
• It is also suitable for a wide variety of materials in carpentry and metallurgy, including ferrous alloys.

TECHNICAL DATA

ABOUT 3M

3M it has solutions so diverse that they have the right answer for every need. And if not, they work alongside the customer to develop that new way of doing things. This different way of thinking is shown in studies developed to find the most optimal product for each organization.