Cubitron II fiber discs 982C 181690 grain 36+ (25 units) 3M

982C fiber disc 3M™ Cubitron™ II outperforms conventional ceramic abrasive discs for industrial use. Our discs have PSG technology 3M and, with less pressure, they provide up to two times the cutting rate, durability and life of conventional blades. Use our durable 982C fiber disc 3M™ Cubitron™ II for various high-demand applications, such as edge chamfering, chamfering, material removal from carbon steel welds, mill scale, sharp depressions and imperfections, grooving, etc. Our discs raise the bar for high-performance abrasives by providing, with less pressure, up to two times the cut rate and life of conventional industrial ceramic discs.

Use for roughing and homogenizing large and small areas on metal surfaces. In demanding applications, more parts are achieved per disc, reducing the number of disc changes. Our discs include PSG technology 3M, which generates triangular-shaped grains oriented electrostatically on the support. These transform into sharp spikes that act as individual cutting tools that cut through metal with extreme efficiency.

The grains wear evenly and continually self-sharpen as the points break. This reduces the heat generated by friction and increases the life of the disc. The rigid holder is made of vulcanized fiber that resists wear and is suitable for demanding grinding applications. Our discs are designed to maximize cutting potential, as well as minimize grinding pressure and operator fatigue.

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CHARACTERISTICS

• PSG technology 3M cuts at extraordinary speed and with less pressure, outperforming all conventional ceramic abrasive discs for industrial use
• Lasts twice as long as conventional discs
• Get much longer disc life, getting more parts per disc and with fewer changes
• With triangular-shaped ceramic grain that wears evenly, works without generating heat and optimizes mineral breakdown
• Durable and wear-resistant, with rigid fiber support and firm resin, for beveling and grinding high-pressure welds
• Minimize operator fatigue with PSG grain 3M which reduces the pressure required
• Use our durable 982C fiber disc 3M™ Cubitron™ II for various high-demand applications, such as edge chamfering, chamfering, material removal from carbon steel welds, mill scale, sharp depressions and imperfections, grooving, etc.
• Use for roughing and homogenizing large and small areas on metal surfaces. In demanding applications, more parts are achieved per disc, reducing the number of disc changes
• The rigid holder is made of vulcanized fiber that resists wear and is suitable for demanding grinding applications.

SPECIFICATIONS

BENEFITS

• 982C fiber disc 3M™ Cubitron™ II outperforms conventional ceramic abrasive discs for industrial use. Our discs have PSG technology 3M and, with less pressure, they provide up to two times the cutting rate, durability and life of conventional blades.
• Our discs raise the bar for high-performance abrasives by providing, with less pressure, up to two times the cut rate and life of conventional industrial ceramic discs.
• Our discs include PSG technology 3M, which generates triangular-shaped grains oriented electrostatically on the support. These transform into sharp spikes that act as individual cutting tools that cut through metal with extreme efficiency. The grains wear evenly and continually self-sharpen as the points break. This reduces the heat generated by friction and increases the life of the disc.
• Our discs are designed to maximize cutting potential, as well as minimize grinding pressure and operator fatigue.

APPLICATIONS

• Use for roughing high pressure welds, edge chamfering and chamfering
• Removal of carbon steel welds, mill scale, abrupt depressions and imperfections, as well as grooving.
• For roughing and homogenizing large and small areas on metal surfaces.
• Use support 3M high-performance support for optimal speed and performance.

TECHNICAL DATA

ABOUT 3M

3M it has such diverse solutions that have the appropriate response to each need. And if this is not the case, they work together with the client to develop that new way of doing things. This different way of thinking is shown in the studies developed to find the most optimal product for each organization.