QJO32A - Williams - 1" Open‑End Torque Head – J‑Shank

Williams QJO32A 1" Open‑End Torque Head – J‑Shank
The Williams QJO32A 1" Open‑End Torque Head is engineered for technicians who require precise torque control, dependable durability, and excellent accessibility when working with medium‑size imperial fasteners. Designed with a robust J‑shank connection, this torque head integrates securely with Williams torque wrenches and torque multipliers—delivering stable, accurate, and repeatable torque application in demanding industrial environments.

Its slim open‑end profile allows technicians to reach fasteners in recessed, narrow, or obstructed locations where box‑end torque heads cannot be used. Manufactured from premium alloy steel and precision‑machined to maintain consistent dimensional accuracy, the QJO32A resists wear, deformation, and rounding under heavy torque loads.

Ideal for industrial plant maintenance, heavy‑equipment service, utilities, construction, and oil & gas field operations, this torque head offers long‑lasting reliability for mission‑critical tasks.

Key Features

• 1" Thin Open‑End Design – Perfect for medium‑size imperial fasteners on machinery, flange systems, assemblies, and industrial equipment.
• J‑Shank Attachment – Ensures stable, vibration‑resistant engagement with Williams torque wrenches and multipliers.
• Slim, High‑Access Profile – Designed to reach fasteners in tight, recessed, or obstruction‑heavy spaces.
• Premium Alloy Steel Construction – Provides exceptional strength and resists wear, deformation, and rounding.
• Precision‑Machined Fit – Delivers accurate, repeatable torque application for critical fastening operations.
• Industrial‑Grade Durability – Suitable for refineries, power‑generation sites, utilities, mining, manufacturing, and heavy‑equipment repair.

Ideal Applications

• Heavy‑equipment maintenance
• Industrial machinery servicing
• Utility and power‑generation mechanical work
• Oil & gas field and refinery operations
• Structural bolting & flange assembly
• Tight‑access, high‑torque fastening environments