| SKU:
FTA-32-BG
Fujiya Kurokin FTA-32-BG Lightweight Adjustable Wrench
Fujiya Kurokin FTA-32-BG Lightweight Adjustable Wrench is backordered and will ship as soon as it is back in stock.
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The Fujiya Kurokin FTA-32-BG is a lightweight adjustable wrench with a 205mm overall length and a maximum jaw opening of 32mm. At 197g, it provides extended reach and opening capacity while keeping weight low for repetitive use and overhead work.
A slim, user-focused profile and a non-protruding adjustment rack improve access in confined spaces. The head, tip and handle dimensions (head width 15mm, tip thickness 5mm, handle thickness 7mm) are optimized for maneuverability where clearance is limited.
Durability is emphasized through ISO-rated torque endurance testing performed at twice the official JIS standard, and the wrench delivers zero-gap jaw closure for precise engagement on smaller fasteners.
Geometry changes reduce the required handle swing by 35%, making the tool practical for cycling fasteners in tight mechanical compartments where a shorter arc limits collisions with nearby components.
Specifications
Fujiya Kurokin FTA-32-BG Lightweight Adjustable Wrench
The Fujiya Kurokin FTA-32-BG is a lightweight adjustable wrench with a 205mm overall length and a maximum jaw opening of 32mm. At 197g, it provides extended reach and opening capacity while keeping weight low for repetitive use and overhead work.
A slim, user-focused profile and a non-protruding adjustment rack improve access in confined spaces. The head, tip and handle dimensions (head width 15mm, tip thickness 5mm, handle thickness 7mm) are optimized for maneuverability where clearance is limited.
Durability is emphasized through ISO-rated torque endurance testing performed at twice the official JIS standard, and the wrench delivers zero-gap jaw closure for precise engagement on smaller fasteners.
Geometry changes reduce the required handle swing by 35%, making the tool practical for cycling fasteners in tight mechanical compartments where a shorter arc limits collisions with nearby components.