3-Piece Impacts Socket Adapter Set, 1/4 3/8 1/2 Inch Nut Driver Sockets with Hex Shank Extension, for Power Drill Electric Screwdriver, Rust-Resistant with Secure Spring-Loaded Ball Bearing

Description:This 3-piece socket adapter set transforms your power drill or electric screwdriver into a versatile nut driver, accommodating 1/4, 3/8, and 1/2 inch sockets with ease. Each adapter measures 50mm in length and is engineered for reliability, featuring a spring-loaded ball bearing that locks sockets securely in place for consistent, slip-free performance during use.Manufactured from rugged chrome vanadium steel, these adapters are built to withstand heavy-duty tasks and resist rust, making them for regular use in demanding environments. The hexagonal shank design allows for quick and secure changes between sizes, saving time and streamlining workflow compared to hand tools. Precision hardening and heat treatment offer durability against stripping, even during high-speed drill applications.Specification:Name: 3PC Steel Bead Handle Adapter SetMaterial: Chrome vanadium steelColor: BlackLength: 50mmSize: 1/2 in. (12.7mm), 1/4 in. (6.35mm), 3/8 in. (9.5mm) (Approx.)Uses: Compatible with screwdriver handles or electric screwdriversQuantity: 3pcsPackage Includes:1 * 1/4 in. drive1 * 3/8 in. drive1 * 1/2 in. driveNote:1. The actual color of this item may differ slightly from images due to factors such as monitor display settings and lighting conditions.2. Please allow slight deviation in manual measurements.

• [ SOCKET ADAPTERS] This 3-piece set includes 1/4, 3/8, and 1/2 inch sockets that turn any power drill into a powerful nut driver for various tasks.
• [ MATERIAL] Crafted from chrome vanadium steel, these adapters resist rust and wear, making them suitable for long-term use in demanding environments.
• [EFFICIENT WORKFLOW] The hex shank design enables fast socket changes, enhancing productivity over manual nut drivers and streamlining your projects.
• [SIZING REMINDER] to verify your size requirements prior to purchase for optimal fit.