DEWALT DWA2PH2SL 2'' PH2 Impact Driver Bit Sleeve Set, 50mm High Speed Steel, CE Certified, for Metal Drilling & Woodworking. Portable carpentry power tool accessory, sold by piece.

• Original DEWALT quality for professional performance This DWA2PH2SL impact driver bit sleeve set is an original DEWALT accessory, engineered for durability and precision in demanding carpentry and metal drilling tasks.

• High Speed Steel construction ensures long-lasting use Made from High Speed Steel, this bit sleeve resists wear and maintains sharpness, ideal for repeated use in both wood and metal drilling applications.

• Perfect fit for PH2 impact drivers Designed specifically for PH2 impact drivers, this sleeve ensures a secure, accurate fit, minimizing slippage and maximizing torque transfer during operation.

• Compact 50mm length for enhanced control With a total length of 50mm, this sleeve offers optimal balance and control, making it ideal for tight spaces and precision-driven projects.

• CE certified for safety and compliance Certified with CE, this accessory meets European safety and quality standards, ensuring reliable performance and user protection during use.

• Single-piece packaging for convenient use Sold as 1 piece per pack, this set is perfect for immediate replacement or use in DIY woodworking and professional tool kits.

• Manufactured in Mainland China with consistent quality Originating from Mainland China, this DEWALT accessory maintains consistent manufacturing standards, delivering reliable performance for power tool users worldwide.

DEWALT Original DWA2PH2SL MAXFIT 2'' PH2 Impact Driver Bit Sleeve Set Portable Carpentry Power Tool Accessories

About This Item

DeWalt Max Fit Screwdriving bits are the perfect way to maximize your DeWalt power tool system. The Max Fit bits are ideal for use in impact drivers and drill/drivers. Each bit features a precision-machined tip for ideal fit in screw head recesses, resulting in less stripped screws.

Features

·Part of 10X Magnetic Screw Lock System for Fastener Retention which Minimizes Drops and Reduces Wobbin

·MAX FIT bits with optimal geometry for ideal fi