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1-3/4" SAE 15° - 60° Double Open End Angle-Head Wrench - J.H. Williams

Part #: JHW3756

The J.H. Williams JHW3756 1-3/4" SAE Double Open End Angle-Head Wrench is engineered for professional technicians requiring robust performance and superior access in challenging work environments. Featuring a 1-3/4" opening on both ends, this tool is designed to manage large fasteners with precision and durability, making it an essential component for heavy-duty automotive, industrial, and machinery maintenance tasks.

Key Features

  • Dual-Angle Offset Heads: Wrench heads are precisely offset at 15° and 60° to the handle, providing enhanced access and leverage for fasteners in restricted or awkward spaces.
  • Four-Position Versatility: Both ends feature the same 1-3/4" opening, allowing the wrench to be utilized in four distinct positions to maximize accessibility and adaptability in diverse applications.
  • Optimized Fastener Engagement: A 45° chamfer on the wrench ends facilitates quick and easy placement onto fasteners, improving workflow efficiency.
  • Continuous Arc Design: Engineered with a continuous arc design that minimizes spreading under torque, offering greater strength and reducing the risk of fastener damage compared to traditional "V" designs.
  • Low-Profile Head: The thin head profile is specifically designed for superior access in tight clearances and confined areas where standard wrenches may not fit.
  • Durable Satin Chrome Finish: Features a satin chrome finish that provides an excellent grip, resists corrosion, and simplifies cleaning after demanding use.

Applications

This J.H. Williams angle-head wrench is ideally suited for a wide range of professional applications where large SAE fasteners are common. It is particularly effective for heavy equipment repair, industrial machinery assembly and maintenance, and various automotive service tasks involving large truck components, agricultural equipment, and construction vehicles. Its angled design excels in situations requiring significant reach around obstructions or within compact engine bays and chassis.

Recommended Alternatives

This product was added to our catalog on Thursday 17 November, 2011.