Cleveland C89540 #28 solid carbide jobber length twist drill bit, 0.1405" diameter, 118° point angle with 4-facet point geometry. Bright uncoated finish for general-purpose drilling in abrasive materials. Series 1727 carbide drill designed for high-speed production applications requiring wear resistance and precision hole sizing.

Power Tools

• Drill Bits & Sets The Cleveland C89540 CARB JOB DRILL is a high-performance drill bit designed for precision drilling in various materials. With its 118-degree point and four-facet design, this drill bit is engineered to deliver exceptional cutting efficiency and accuracy, making it an essential tool for both professional and DIY applications.

Key Features

• Drill Bit Type: Carbide job drill designed for extended durability and performance.
• Point Angle: 118 degrees, optimized for effective penetration and reduced walking on surfaces.
• Faceting: Features four facets for enhanced cutting capabilities and reduced friction during operation.
• Size: #28 drill bit, perfect for a multitude of drilling tasks, including metal and wood applications.
• Material: High-quality carbide construction ensures long-lasting sharpness and reliability under demanding conditions.

Applications

• Automotive Industry: Ideal for drilling in automotive components, including metal and composite materials.
• Manufacturing: Suitable for use in various manufacturing processes where precision drilling is critical.
• General DIY Projects: Perfect for home improvement tasks requiring accurate and reliable drilling capabilities.

Benefits

• Enhanced Performance: The carbide construction provides superior hardness and wear resistance, extending the lifespan of the drill bit.
• Improved Accuracy: The 118-degree point ensures precise entry and reduces the chance of bit wandering, resulting in cleaner holes.
• Versatile Use: Compatible with a range of materials, making it a versatile addition to any toolkit for professionals and hobbyists alike. --- Product information compiled with AI assistance for reference purposes.