Sunex Tools - SOC 2-9/16 1/2D IMP LCKNT WHL BRNG 6PT DP

The SUNEX Tools 10602 Wheel Bearing Locknut Socket features a 1/2-inch drive size and a 2-9/16 inch 6-point socket designed for secure and precise fastener engagement. Forged from high-quality chrome-molybdenum alloy steel, this socket offers strength and durability suitable for demanding applications. Its radius corner design enhances fastener engagement while reducing wear, contributing to longer tool and fastener life. The black phosphate finish provides superior corrosion resistance, helping to maintain the socket's condition over time. Dual size markings, including high-visibility laser etching and permanent stamped markings, ensure easy identification in any workspace. This product meets or exceeds ANSI and ASME standards, reflecting its compliance with established performance and safety requirements. Backed by the SUNEX Tools lifetime warranty with no exclusions, this impact socket is built to provide reliable service throughout its lifespan.

• Premium Wheel Bearing Locknut Socket: 1/2 in. drive 2-9/16 in. 6-point wheel bearing locknut socket for professional and industrial applications
• 6-Point Design: Six-point geometry provides maximum contact with fastener flats, reducing rounding and delivering superior torque transfer
• CR-MO Alloy Steel: Constructed from high-strength chrome molybdenum alloy steel for maximum durability under high-torque impact use
• Hand Tool Compatible: Designed for use with hand-operated ratchets and breaker bars for controlled, precise fastening
• Lifetime Warranty: Backed by SUNEX Tools lifetime warranty with no exclusions
• Precision Fit: Machined to exacting tolerances for secure fastener engagement and reduced slippage
• Dual Size Markings: Features high-visibility laser-etched markings for quick identification even in low-light conditions
• Black Phosphate Finish: Industrial black phosphate coating provides excellent corrosion resistance for long service life
• Performance & Safety: Designed and manufactured to meet or exceed ANSI and ASME standards ensuring reliable, safe performance