1/2" DR UNIVERSAL JOINT

Specifications

• Product Type: Universal Joint
• Manufacturer: Titan
• Model Number: 62130
• Drive Size: 1/2 inch
• Weight: 1.3 lbs
• Dimensions: 5.5 inches (Length) x 1.5 inches (Width) x 0.5 inches (Height)
• Part Number: {manufacturers_part_number}

Key Features

• Universal Joint Design: Facilitates angular access for fasteners in confined spaces.
• 1/2" Drive Compatibility: Integrates seamlessly with standard 1/2-inch drive ratchets, extension bars, and breaker bars.
• Durable Construction: Engineered to withstand high torque demands and rigorous use.
• Compact Profile: Designed for maneuverability in tight work environments.
• Smooth Swivel Action: Delivers consistent and flexible rotation for efficient operation.

Applications

• Automotive Repair: Ideal for reaching spark plugs, manifold bolts, and other components in cramped engine bays or under chassis.
• Industrial Maintenance: Useful for machinery assembly and repair, especially on equipment with restricted access points.
• Plumbing Installations: Assists in tightening or loosening fittings in awkward or hard-to-reach plumbing locations.
• Construction: Facilitates tasks requiring flexible tool access in structural work or equipment installation.
• General Mechanical Work: Provides essential versatility for various professional and DIY projects.

Benefits

• Improved Accessibility: Reach fasteners at challenging angles or in deeply recessed areas, overcoming limitations of rigid drive tools.
• Enhanced Efficiency: Expedite tasks by allowing continuous rotation and reducing the need to reposition tools or obstructions.
• Versatile Tool Use: Expands the functional range of existing 1/2-inch drive tools, adding crucial angular flexibility to any toolkit.
• Optimized Control: Maintain a stable grip on fasteners, even when operating at an angle, minimizing the risk of rounding corners or slippage.
• Reduced Strain: Alleviates physical effort and awkward positioning associated with accessing difficult fasteners, improving user comfort.