Cleveland C89522 #43 solid carbide jobber-length twist drill bit, 0.0890" diameter, 118° point angle with 4-facet point geometry, bright uncoated finish. Series 1727 for high-performance drilling in abrasive and hard materials. Carbide construction provides superior wear resistance and heat dissipation for extended tool life in production environments.

Cleveland C89522 CARB JOB DRILL The Cleveland C89522 CARB JOB DRILL is a premium power tool accessory designed for high performance and durability in various drilling applications. Engineered with precision, this drill bit features a 118-degree point angle and a unique four-facet design, ensuring clean, efficient drilling in a wide range of materials.

Key Features

• Point Angle: 118 degrees for optimal penetration and reduced thrust required for drilling through tough materials.
• Four-Facet Design: Enhances cutting efficiency and minimizes friction for smoother operation.
• Material Construction: Made from high-quality carbide for extended tool life and enhanced wear resistance.
• Size Specifications: Designed to fit #43 drill chucks, ensuring compatibility with a variety of power tools.
• Precision Machining: Manufactured to exacting standards for consistent performance and reliability in professional environments.

Applications

• Ideal for use in metalworking, woodworking, and construction industries where precise drilling is critical.
• Compatible with a variety of power tools, making it versatile for different drilling tasks.
• Suitable for use in high-speed applications, thanks to its engineered design that reduces heat buildup.

Benefits

• Enhanced Performance: The drill's design allows for faster drilling speeds and cleaner holes, improving overall productivity.
• Durability: Made from carbide, this drill bit withstands rigorous use, reducing the need for frequent replacements.
• Versatility: Its compatibility with multiple power tools makes it an essential addition to any professional’s toolkit. --- Product information compiled with AI assistance for reference purposes.