Standard Abrasives Aluminum Oxide Tapered Cone Point, 708756, K-110 120, Case of 100

• Aluminum Oxide mineral is friable, breaking down to reveal sharp cutting edges and producing a consistent cut
• Available in a range of grades
• Conical shape and pointed end help abrasive effectively deburr holes and internal diameters
• Tapered points attach to a range of different-sized mandrels
• Up to 1,000 tapered cone points per case helps reduce the need for replacement orders

Standard Abrasives Aluminum Oxide Tapered Cone Point is designed to help with low-pressure MRO applications, including grinding, deburring, blending and drilling holes.

Access to Hard-to-Reach Areas
Standard Abrasives™ Aluminum Oxide Tapered Cone Point enables users to access hard-to-reach areas and internal diameters, as well as deburr holes in the workpiece. The cone shape distinguishes it from cartridge rolls, which have a cylindrical shape.

Often used in critical production and maintenance operations, as well as low-pressure blending, polishing, cleaning and deburring, tapered Cone Points offer easy accessibility to tight areas for more precise grinding. Tapered Cone Points can attach to mandrels of varying lengths to match the application. The sizing codes are:

• K-110: 1 x .18 inch
• F-60: 1.5 x .62 inch
• B-20: 1.5 x .31 inch
• C-30: 2 x .37 inch
• D-40: 2.5 x .4375 inch

The Benefits of Aluminum Oxide Mineral
Standard Abrasives™ Aluminum Oxide Tapered Cone Point is made with aluminum oxide, which fragments under heat and pressure to reveal sharp cutting edges. Aluminum oxide is often paired with ferrous metals and composites and is also used on fiberglass and plastic. It cuts aggressively without gouging or marring the substrate, maintaining original part geometry and reducing the need for rework.

With up to 1,000 tapered cone points per case, the number of replacement orders may be reduced, helping minimize operating costs. Available in a range of sizes and grades – users can find a point that is tailored to fit their unique project needs.

Standard Abrasives Brand Model

The Standard Abrasives Aluminum Oxide Tapered Cone Point, model 708756, offers reliable performance for various grinding and deburring tasks. This product is designed to meet the needs of maintenance and repair operations with consistent quality.

Its aluminum oxide mineral composition ensures sharp cutting edges that maintain effectiveness over time. The model K-110 120 grade provides a balance of cutting power and durability for precise work.

Precise Tapered Cone Shape

The tapered cone point shape is ideal for accessing hard-to-reach areas and internal diameters. This conical design helps effectively deburr holes and smooth edges where cylindrical abrasives may not fit.

Its pointed end allows for detailed work in tight spaces, making it suitable for blending, polishing, and drilling holes. The shape distinguishes it from cartridge rolls and enhances precision in low-pressure applications.

Dimensions And Size Details

This product features a size of 1 x .18 inch, matching the K-110 120 grade specifications. The tapered points can attach to mandrels of various sizes, ensuring compatibility with different tools.

Other sizing codes in the range include F-60, B-20, C-30, and D-40, but this case specifically contains the K-110 120 size. This variety allows users to select the best fit for their project requirements.

Large Pack Count Benefits

Each case contains 100 aluminum oxide tapered cone points, reducing the frequency of replacement orders. This pack size helps lower operating costs and ensures a steady supply for ongoing work.

Having up to 1,000 points per case available in other options means users can choose larger quantities if needed. The 100 ea/case format balances convenience with inventory management.

Aluminum Oxide Mineral Advantages

The aluminum oxide mineral used in these tapered cone points breaks down to reveal fresh, sharp cutting edges. This characteristic provides consistent cutting performance without damaging the workpiece.

This abrasive is well-suited for use on ferrous metals, composites, fiberglass, and plastic. It cuts aggressively while preserving the original part geometry, reducing the need for rework.