American Forge & Foundry 18504 2-9/16" 6-Point Wheel Bearing Locknut Socket, 3/4" Drive
American Forge & Foundry 18504 2-9/16" 6-Point Wheel Bearing Locknut Socket, 3/4" Drive
- The American Forge & Foundry 18504 is a 2-9/16 ", 6-Point locknut socket designed for wheel bearing applications. Engineered for durability and precision, it ensures a secure fit on axle nuts, minimizing the risk of fastener rounding during high-torque operations.
- Features:
- Precision 6-Point design provides a tight grip on fasteners, reducing the likelihood of rounding.
- Chamfered edges facilitate easy socket engagement with fasteners.
- Constructed from high-strength, tensile steel for enhanced durability in demanding applications.
- 3/4" drive size compatible with standard ratchets and breaker bars.
- Ideal for professional mechanics and heavy-duty automotive tasks.
- Specifications:
- Manufacturer: American Forge & Foundry
- Part Number: 18504
- Product Type: Wheel Bearing Locknut Socket
- Socket Size: 2-9/16"
- Point Configuration: 6-Point
- Drive Size: 3/4 "
- Material: High-strength tensile steel
- The 18504 Locknut Socket can also be referred to as a 2-9/16" axle nut socket, 6-Point wheel bearing socket, heavy-duty locknut socket, 3/4" drive locknut tool, and automotive axle socket.
American Forge & Foundry is a reputable manufacturer known for producing high-quality automotive and industrial tools. With a focus on durability and performance, their products are trusted by professionals across various industries for reliable service and long-lasting use.
Q: What applications is the 18504 socket suitable for?
A: The 18504 is ideal for wheel bearing and axle nut applications, particularly in heavy-duty automotive maintenance and repair.
Q: Is this socket compatible with standard 3/4" drive tools?
A: Yes, the 3/4" drive size ensures compatibility with standard ratchets and breaker bars.
Q: How does the 6-Point design benefit the user?
A: The 6-Point design provides a secure grip on fasteners, reducing the risk of rounding and ensuring efficient torque application.
