Grey Pneumatic 1 Drive x 2-3/4 Standard Socket (4088R)

The Grey Pneumatic 1″ Drive x 2-3/4″ Standard Socket (4088R) is a premium-quality socket designed for professional use. Crafted from durable chrome vanadium steel, this socket offers exceptional strength and longevity. Its 6-point design provides a secure grip on bolts and nuts, while its impact-resistant construction makes it ideal for use with impact wrenches.

KEY FEATURES AND BENEFITS:Superior Strength and Durability: Constructed from durable chrome vanadium steel for long-lasting performance.Secure Grip: 6-point design ensures a tight fit on bolts and nuts, preventing slippage and damage.Impact Resistance: Ideal for use with impact wrenches, providing reliable performance in demanding applications.SPECIFICATIONS:Drive: 1″Socket Size: 2-3/4″Material: Chrome vanadium steelDesign: 6-pointImpact Resistant: YesANSI Specifications: B107HOW TO USE:Identify the Appropriate Socket Size: Ensure the socket size matches the bolt or nut you’re working with.Attach the Socket to the Drive: Connect the socket to the drive of your ratchet or impact wrench.Position the Socket Over the Fastener: Align the socket with the bolt or nut you want to tighten or loosen.Apply Force: Turn the ratchet or impact wrench to apply the desired torque to the fastener.Remove the Socket: Once the fastener is secured, remove the socket from the bolt or nut.BENEFITS OF USING THE GREY PNEUMATIC 1″ DRIVE X 2-3/4″ STANDARD SOCKET (4088R):Enhanced Efficiency: The socket’s durability and performance allow for quick and efficient work.Reduced Risk of Damage: The secure grip and impact resistance minimize the risk of damaging fasteners or equipment.Professional-Grade Quality: Built to meet the demands of professional mechanics and technicians.Versatility: Suitable for a wide range of applications, including automotive, construction, and industrial tasks.FEATURES:Precise Fit: Designed to meet ANSI Specifications B107, ensuring compatibility and performance.Easy Access: Flared shape allows for easy access in tight spaces.