25/64" COBALT RED HELIX Drill Bit - Milwaukee Electric Tools

Specifications

• Model Number: 48-89-2322
• Brand: Milwaukee Electric Tools
• Bit Diameter: 25/64 inches
• Material: Cobalt Steel
• Design: RED HELIX
• Weight: 0.13 lbs
• Dimensions: 6.75 x 1.87 x 0.43 inches

Key Features

• Cobalt Steel Construction: Engineered for drilling into hard metals, including stainless steel, cast iron, and high-strength alloys, providing superior heat and abrasion resistance.
• RED HELIX Design: Features a variable helix for efficient material removal, reducing heat buildup and extending the drill bit's lifespan in demanding applications.
• Precision 25/64" Diameter: Delivers accurate hole sizing for specific fasteners, tapping, or other precise drilling requirements.
• Optimized Chip Ejection: The innovative flute geometry quickly clears debris, preventing clogging and ensuring continuous cutting action.
• Ground Cutting Edges: Provides clean, precise holes with minimal burring, enhancing overall workpiece quality.

Applications

• Drilling through tough materials such as stainless steel, heat-treated alloys, and cast iron.
• Professional use in manufacturing, fabrication, automotive repair, and construction.
• Creating accurate holes for fasteners, anchors, or tapping operations in demanding environments.
• Ideal for situations requiring high durability and resistance to heat generated during drilling.

Benefits

• Extended Durability: The cobalt composition and RED HELIX design ensure significantly longer life compared to standard drill bits, especially in abrasive and high-temperature conditions.
• Faster Drilling Performance: Efficient chip removal and a robust cutting edge allow for quicker penetration and reduced drilling times, improving productivity.
• Enhanced Precision: Consistent diameter and stability minimize walking and promote accurate, clean hole formation.
• Reduced Heat Buildup: The unique flute design actively dissipates heat, preserving the bit's sharpness and structural integrity.
• Cost Efficiency: Longevity and reliable performance reduce the frequency of bit replacements, leading to lower operational costs over time.