Phillips #3 Power Bit 2'' (15pc)

Overview The Phillips #3 Power Bit 2" 15-Pack (150P3A-DB15) is designed for professional-grade power driving and screwdriving applications requiring durability and precise fastener engagement. Specification Detail MPN 150P3A-DB15 Manufacturer Vega Drive Type Phillips #3 Bit Length 2 inches Pack Quantity 15 pieces Material S2 Modified Shock Resistant Steel Tip Manufacturing Proprietary Precision CNC Machined Category Drill & Screwdriver Bits Technical Features S2 Modified Shock Resistant Steel Construction: Engineered to absorb high-impact driving forces, reducing bit breakage and extending service life under professional use conditions. Proprietary Precision CNC Machined Tips: Manufactured to tight tolerances for an excellent fit within the fastener recess, minimizing cam-out and reducing fastener head damage. Phillips #3 Drive Profile: Sized for larger Phillips fasteners commonly encountered in heavy-duty framing, construction, and assembly applications. 2-Inch Bit Length: Provides clearance for use with standard power drills and impact drivers while maintaining control in tight working conditions. 15-Piece Pack Quantity: Bulk quantity supply reduces job-site downtime by ensuring replacement bits are immediately available during extended driving tasks. Clear Clamshell Packaging: Allows full product visibility prior to purchase or use, enabling quick identification of drive type, size, and pack quantity without opening the package. High Impact Color Labels: Display detailed product specifications and pack size information directly on packaging for rapid inventory identification and organization. Applications Heavy-duty power screwdriving with cordless and corded drill/drivers requiring a #3 Phillips bit Impact driver use in construction, framing, and structural assembly where shock resistance is critical Production and repetitive fastening environments where bit consumption rates make bulk packs practical Professional trades requiring consistent tip geometry for reliable fastener engagement across large volumes of hardware