Wiha 36529 Torx Plus Wing Handle Key IP9 3 in

Product Description

The WIHA 36529 is a Torx Plus wing handle key designed for driving IP9 Torx Plus fasteners in tight or repetitive-use applications. The wing handle provides increased torque and grip comfort compared to standard L-key or T-handle designs, making it well suited for sustained hand-tightening tasks. The blade measures 40 millimeters in length under the head, with an overall length of 3 inches and an arbor length of 1.6 inches. This key is tether capable, which makes it appropriate for use in elevated or safety-sensitive work environments where dropped-tool prevention is required.

The WIHA 36529 is used wherever IP9 Torx Plus fasteners appear in trade and industrial service work. The wing handle format is common in electrical panel assembly, equipment maintenance, and light mechanical service where a compact driver with strong torque transfer is needed. It is packaged in a quantity of two units per pack, making it practical for stocking a service kit or tool bag. Licensed electricians, HVAC technicians, and general maintenance professionals are the typical end users of this tool.

Key Features

• IP9 Torx Plus tip for precise engagement with Torx Plus fasteners
• Wing handle design delivers improved grip and higher torque output versus standard L-keys
• 3-inch overall length with 1.6-inch arbor for access in confined spaces
• 40 mm blade length under head for adequate reach in recessed fastener applications
• Tether capable construction supports dropped-object prevention programs
• Packaged as a two-piece set for toolbox stocking or kit redundancy

Compatibility

Designed for use with IP9 Torx Plus fasteners in applications requiring a wing handle key driver.

Installation Notes

This tool is used by hand for driving or loosening IP9 Torx Plus fasteners and does not require power or specialized installation. Always ensure the correct tip size is fully seated in the fastener recess before applying torque to avoid fastener damage or tip wear. In safety-sensitive environments, use the tether attachment point with an appropriate lanyard or tether system to comply with dropped-object prevention requirements.