Grey Pneumatic 3/8 Drive x 5/16 Standard Universal Socket (1010U)

Grey Pneumatic 3/8″ Drive x 5/16″ Standard Universal Socket (1010U) is a high-quality impact socket designed for use with 3/8″ drive impact wrenches. Its universal design allows it to fit hex, square, and triangular bolts, making it a versatile tool for a variety of applications.

KEY FEATURES AND BENEFITS:Universal Flexibility: Fits multiple fastener types for versatility.Impact-Resistant: Built to withstand the rigors of heavy-duty work.Durable Construction: Made from high-quality chrome-molybdenum steel.Short Length: Provides better access in tight spaces.Six-Point Design: Offers better grip and engagement with fasteners.Enhanced Strength: Designed to transfer pressure for increased durability.SPECIFICATIONS:Drive Size: 3/8″Socket Size: 5/16″Type: UniversalMaterial: Chrome-molybdenum steelDesigned for: Impact toolsHOW TO USE:Select the Correct Socket: Ensure the socket size matches the fastener you’re working with.Attach the Socket: Place the socket onto the impact wrench’s anvil and secure it with the retaining pin.Position the Socket: Align the socket with the fastener and apply gentle pressure.Activate the Impact Wrench: Turn on the impact wrench and allow it to drive the socket into the fastener.Remove the Fastener: Once the fastener is loosened or removed, carefully detach the socket from the impact wrench.BENEFITS OF USING GREY PNEUMATIC 3/8″ DRIVE X 5/16″ STANDARD UNIVERSAL SOCKET (1010U):Increased Efficiency: The universal design saves time by eliminating the need for multiple sockets.Enhanced Durability: Built to withstand the demands of heavy-duty applications.Improved Safety: The impact-resistant design reduces the risk of tool breakage.Versatility: Suitable for a wide range of tasks, from automotive repairs to construction projects.FEATURES:Impact-resistant constructionUniversal design for various fastener typesHigh-quality chrome-molybdenum steelShort length for better accessSix-point design for improved gripEnhanced strength for durability