3M™
3M™ 7000045629 963G Abrasive Disc, 2 in Dia Disc, 50 Grit, Coarse Grade, Ceramic Abrasive, Type TR Attachment
7000045629
MFG #: 7000045629
$1.87
/ EA
Non-Stock Item
- Abrasive Material: Ceramic
- Attachment Type: Type TR
- Backing Material: Polyester
- Backing Weight: YN-Weight
- Color: Green
- Country of Origin: US
- Disc Diameter: 2 in
- Grade: Coarse
- Grit: 50
- Manufacturer Name: 3M
- Maximum Speed: 25000 rpm
- Series: 963G
Our 3M™ Roloc™ disc 963G features heavyweight backing that supports high pressure applications and a consistent cut rate and is resin bonded to withstand high heat and pressure. The 963G disc can be used wet or dry. We use a proprietary 3M™ ceramic abrasive grain that is a ceramic mineral chemically engineered with a unique "stay sharp" crystalline structure, which continually reveals fresh cutting edges on the surface of the workpiece ensuring a sustained cut. The grain is formed using a process to enhance toughness and hardness of the grain, for long product life and significant productivity benefits. Abrasives made with 3M™ ceramic abrasive grain have outstanding durability and improved cutting efficiencies. These products have a long service life, cut exceptionally fast and can stand up to high pressure production environments even on the toughest materials. 3M™ Roloc™ disc 936G is available for use with the following Roloc™ attachment systems: TR, TP and TS. Please select discs with the attachment design made for your system.
- Standards
- Application
- Item Features
OSHA 29 CFR 1910.1200
Blending, Deburring, Edge Beveling, Weld Removal and Finishing, Flat Areas and Grinding Applications
- 3M™ ceramic abrasive grain is engineered for exceptional durability and cutting capability on carbon steel and tool steels, boosting productivity and reducing worker fatigue
- Attachment system allows for efficient install and removal of the disc, without hindering the disc's performance or durability
- Heavyweight backing is extremely durable for high pressure, high speed applications
- Durable resin bond resists deterioration from heat, extending the life of the disc