3/8 In Dr Flare Nut Crowfoot Wrench - 15/6 In

Specifications

• Manufacturer: Armstrong
• Model Number: {manufacturers_part_number}
• Drive Size: 3/8 inch square drive
• Wrench Type: Flare Nut Crowfoot
• Opening Size: 15/6 inch

Key Features

• Crowfoot Design: Engineered to provide superior access to fasteners located in confined or recessed areas, overcoming limitations of standard wrenches.
• Flare Nut Profile: Features a specialized opening designed to grip multiple sides of flare nuts securely, significantly reducing the risk of rounding or damaging fittings.
• 3/8 Inch Drive Compatibility: Seamlessly integrates with standard 3/8 inch drive ratchets, extensions, and torque wrenches, offering versatile application options.
• Durable Construction: Manufactured by Armstrong, this tool is built for longevity and reliable performance in demanding professional environments.

Applications

• Automotive Maintenance: Essential for safely working on brake lines, fuel lines, power steering lines, and other critical hydraulic fittings.
• HVAC Systems: Facilitates the precise tightening and loosening of refrigerant lines and associated flare fittings.
• Plumbing: Ideal for various plumbing connections that utilize flare nuts, particularly in hard-to-reach locations.
• Industrial Use: Applicable across diverse industrial settings for maintaining fluid transfer systems requiring specialized tools.

Benefits

• Prevents Fastener Damage: The dedicated flare nut grip minimizes the likelihood of stripping or rounding delicate fittings, protecting components and saving repair time.
• Enhances Accessibility: Allows technicians to reach and service flare nuts in restricted or otherwise inaccessible areas, improving overall workflow efficiency.
• Enables Precise Torque: Can be accurately used with a torque wrench, ensuring that critical connections are tightened to exact specifications and preventing leaks.
• Increases Safety: Reduces the chance of the wrench slipping off fasteners, thereby lowering the risk of injury and accidental damage to surrounding components.