777F QRS 115mm Cloth Disc 3M

The test shall be carried out in accordance with the instructions of the manufacturer 3M. What. The 777F cloth disc of 3Mtm is manufactured with a ceramic abrasive grain mixture of 3Mtm and aluminum oxide to increase durability and cutting efficiency. We designed the back of this cloth disc with a heavy-duty polyester that can withstand harsh high-pressure applications and works well on heat-sensitive metals.

Use the disc 3MTM RolocTM 777F for both wet and dry applications. Our 777F discs contain a mixture of ceramic abrasive and alumina mineral that is self-sharpening and allows for greater durability and cutting power than discs containing only alumina. The water-resistant polyester support is extremely durable, as it supports applications at medium pressure and, at the same time, allows the disc to be used wet or dry.

The Roloc connection system allows for quick and easy disc switching. The sanding enhancer reduces operating temperatures, which helps to protect heat sensitive alloys such as stainless steel, nickel and titanium alloys. The abrasive is attached to the support by means of a heat-resistant resin coating, which retains its robustness even when subjected to pressure, heat or water.

Supply: 5 to 10 working days

CHARACTERISTICS

• The mixture of ceramic grain and aluminum oxide provides excellent cutting efficiency.
• The heavy polyester backing withstands demanding high pressure applications.
• The durable blend of aluminum oxide and ceramic provides resilience and long-lasting performance.
• The polyester backing is water resistant, allowing for wet or dry applications.
• Grinding aid reduces heat and offers resistance.
• The resin bond resists heat degradation for greater durability.
• The mixture of ceramic abrasive and alumina mineral is self-sharpening and allows higher durability and cutting power than using only alumina.
• The connection system 3MTM RolocTM allows you to change discs quickly and easily.
• The polyester support is extremely durable, as it supports medium pressure applications and, at the same time, maintains a uniform performance in both wet and dry applications.
• The sanding enhancer reduces operating temperatures in processes with heat sensitive alloys such as stainless steel, nickel and titanium alloys.
• The heat-resistant resin coating binds the abrasive to the support to obtain greater durability to pressure, heat or water.

BENEFITS

Excellent cutting efficiency
We designed the 777F fabric disc from 3Mtm with a durable mixture of ceramic and aluminium oxide on a heavy polyester backing. The combination of ceramic abrasive grain of 3Mtm and aluminum oxide provides excellent cutting efficiency, strength and durable performance. Our YF weighted polyester backing supports difficult high-pressure applications and is also waterproof, allowing for wet or dry applications. The abrasive is adhered with resin to the backing to resist heat and pressure deterioration for long-term durability. In addition, this cloth disc contains a grinding aid to reduce heat when working on stainless steel, nickel alloys and cobalt alloys.

A tough mix
Our ceramic abrasive grain 3Mpatent tm is a ceramic mineral designed to improve grain toughness and hardness. For higher performance, products 777F have aluminium oxide mixed with ceramic abrasive grain 3Mtm to produce a hard and durable abrasive. Ceramic abrasives, perfect for removing material from moderate to heavy, are designed to cut quickly and handle intense stress and heat applications.

WHAT KIND OF WORK IS APPROPRIATE

The 777F cloth disc of 3Mtm offers excellent cutting efficiency and durable performance. We designed this cloth disc with a mixture of ceramic grain and aluminum oxide on a heavy polyester backing that provides the strength needed to withstand high-pressure applications. Discover the success that comes from using an abrasive designed to excel in difficult applications.

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.