The 3M 7010517135 Cubitron II 984F ceramic belt is a purpose-built 1.0" x 18.0" abrasive designed for precision metalwork and tight-access finishing tasks. Its Precision Shaped Ceramic grain technology delivers rapid, consistent cut rates while producing a controlled finish on ferrous and non-ferrous alloys. Narrow 1.0" width and single-flex construction make this cubitron 984F II ceramic belt perfect for profiling, edge work, and small-radius deburring where larger belts cannot reach. The 80+ grit balance provides efficient material removal without sacrificing surface quality, offering performance comparable to a 3M 80 grit sanding disc for many applications. Built on a YF-weight polyester cloth backing, the belt resists tearing and maintains tracking stability under continuous use in production cells. Closed coat abrasive layout ensures excellent grain coverage and consistent wear, extending usable life during polishing and surface preparation tasks. The Fabri-Lok splice produces a smooth, durable joint that reduces downtime and improves run reliability in handheld and machine-mounted operations.
This belt stands out for delivering tight-control cutting with a long life; its unique features combine narrow-form access with Cubitron’s high-cut ceramic for repeatable results. Use the 3M 7010517135 for finishing, grinding, deburring and polishing in aerospace, fabrication and toolrooms needing compact, high-performance abrasives. Choose this 3M cubitron 80 grit solution when you need precision access, predictable stock removal and the durability to reduce belt changes on the line.
Precision Shaped Ceramic Grain
Precision grains deliver fast, consistent cutting on the 3M 7010517135, giving long life and steady removal like the top 80 grit 3M cubitron products.
Narrow 1.0" Profile for Tight Access
The compact 1.0" width lets technicians reach small radii and confined joints where a standard 80 grit sanding disc cannot fit.
YF-Weight Polyester Backing
YF backing provides superior tear resistance and tracking stability, making the belt reliable during high-tension finishing cycles.
Fabri-Lok Low-Profile Splice
The Fabri-Lok splice ensures a smooth seam and increased joint strength, minimizing run interruptions in continuous polishing and grinding.
Closed-Coat Abrasive Construction
Closed-coat layout maximizes abrasive coverage for predictable performance and extended service life during surface preparation tasks.
| Manufacturer Part Number | 7010517135 |
| Overall Length (Inch) | 18.0" |
| Overall Length (mm) | 457.2mm |
| Overall Width (Inch) | 1.0" |
| Overall Width (mm) | 25.4mm |
| Abrasive Material | Precision Shaped Ceramic |
| Application | Deburring, Surface Preparation, Grinding, Finishing, Polishing |
| Backing Material | Polyester Cloth |
| Backing Weight | YF Weight |
| Coat Type | Closed Coat |
| Color Family | Red |
| Flex Type | Single-Flex |
| Grit | 80+ |
| Splice Type | Fabri-Lok |
| Product Form | Belt |
| Product Number | 984F |
What width and length is the 3M 7010517135 belt?
The 3M 7010517135 is 1.0" wide by 18.0" overall length and supplied as a 984F precision-shaped ceramic cloth belt.
Is this 3M cubitron 984F II ceramic belt suitable for fine edge blending?
Yes, its narrow profile and 80+ grit make the belt ideal for precise edge blending and localized finishing on critical parts.
How does the Fabri-Lok splice help in production use?
The Fabri-Lok splice offers a low-bulk, durable joint that improves tracking and reduces the risk of seam failure during continuous runs.
What materials is the 3M 7010517135 best used on?
This belt is recommended for stainless steel, carbon steel and many alloys in deburring, polishing and surface preparation tasks.
What is 80 grit sandpaper used for?
The 80 grit sandpaper is commonly used for medium stock removal, weld blending, edge shaping and preparing surfaces for finer finishing.
This product can expose you to materials and/or chemicals including arsenic, lead, and other materials and/or chemicals which are known to the state of California to cause cancer and/or reproductive harm.
For more information, visit www.P65Warnings.ca.gov