3/4" Dr 12pt Std Socket 2-3/8"

Specifications

• Manufacturer: Wilmar - Performance Tool
• Model Number: W34574
• Drive Size: 3/4 inch
• Socket Size: 2-3/8 inch
• Point Count: 12-point
• Socket Type: Standard
• Weight: 2.8 lbs
• Product Dimensions: 5.5 x 3.4 x 6.1 inches

Key Features

• 3/4-inch Drive Compatibility: Designed for use with heavy-duty ratchet wrenches, breaker bars, and impact tools, enabling high-torque applications.
• 12-Point Socket Design: Engages fasteners from multiple angles, improving grip and reducing the risk of rounding off nuts and bolts.
• Large 2-3/8 inch Size: Specifically crafted for substantial fasteners found in automotive, industrial, and heavy equipment contexts.
• Robust Construction: Built to withstand demanding use, ensuring durability and consistent performance in challenging environments.

Applications

The Wilmar Performance Tool W34574 socket is engineered for professionals and serious DIY enthusiasts working with large fasteners. Its primary uses include:

• Automotive repair for trucks, buses, and heavy-duty vehicles.
• Industrial maintenance on machinery, equipment, and structural components.
• Servicing agricultural machinery and farm equipment.
• Construction and infrastructure projects requiring the secure fastening of large bolts and nuts.
• Any task demanding a high-strength 3/4 drive 12 point socket for stubborn or high-torque applications.

Benefits

• Enhanced Fastener Engagement: The 12-point design provides a secure grip, making it easier to loosen or tighten large fasteners and reducing the chance of slippage, especially in confined spaces.
• Superior Torque Transfer: The 3/4-inch drive system handles extreme forces, allowing users to apply significant torque without compromising the tool's integrity.
• Increased Efficiency: Quickly and securely addresses large nuts and bolts, streamlining maintenance and repair tasks.
• Reliable Durability: Crafted for longevity, this heavy-duty socket resists wear and deformation, providing a dependable tool for consistent performance over time.