Wheel Capsule and Axle Nut Socket, octagon, 95mm (waf) - Gedore

Specifications

• Manufacturer: Gedore
• Model Number: KL-1023-2095
• Socket Size: 95mm (Wrench Across Flats - WAF)
• Socket Profile: Octagonal
• Weight: 2340 lbs
• Dimensions: Not specified

Key Features

• Precision Octagonal Profile: Engineered for a secure and exact fit on specialized octagonal wheel capsule and axle nuts, preventing slippage and damage during high-torque operations.
• Large 95mm Size: Designed specifically for 95mm fasteners, making this an ideal axle nut socket for heavy-duty automotive, truck, and industrial applications.
• Robust Gedore Construction: Manufactured by Gedore, this specialized wheel capsule socket is built from high-quality materials to withstand rigorous use and ensure long-term durability.

Applications

• Heavy Vehicle Maintenance: This 95mm octagonal socket is crucial for professional mechanics and technicians working on the wheel assemblies and axles of commercial vehicles, buses, and specialized machinery.
• Wheel Capsule and Axle Nut Service: Specifically developed for the precise removal and installation of wheel capsules and large axle nuts, ensuring components are secured to manufacturer specifications.
• Specialized Fastener Engagement: Essential for any task requiring a reliable and strong grip on unique octagonal-shaped fasteners in challenging mechanical environments.

Benefits

• Enhanced Component Integrity: The exact fit of this Gedore 95mm socket minimizes the risk of rounding off critical axle nuts and wheel capsules, protecting valuable components.
• Improved Operational Efficiency: Facilitates quicker and more reliable service of wheel and axle components, reducing downtime and increasing productivity.
• Consistent Performance: Built to Gedore's high standards, the wheel capsule and axle nut socket delivers dependable performance under demanding conditions, reducing the need for frequent tool replacement.
• Secure Fastener Handling: Provides a firm and stable grip, enhancing user safety and control when applying significant torque to stubborn fasteners.