American Forge & Foundry 18511 Wheel Bearing Locknut Socket, 3/4-inch Drive, 3-1/2-inch, 8-Point
- The American Forge & Foundry 18511 wheel bearing locknut socket is designed for heavy-duty applications. It fits standard, rounded, and octagonal locknuts and includes a machine-welded 3/4-inch drive plate and chamfered edge design for easier on/off use.
- Features:
- 8-point socket configuration - supports octagonal, standard hexagonal 6-point, and rounded hexagonal 6-point locknuts to reduce rounding and ensure grip.
- Machine-welded 3/4-inch drive plate - supports ratchets or breaker bars for high torque applications.
- High tensile strength steel construction - durable under repeated use in high volume work.
- Powder-coat finish - resists rust and wear in harsh shop conditions.
- Laser-etched size and part number markings - permanent identification even with grease or wear.
- Chamfered edge design - facilitates easier alignment and removal/installation.
- Specifications:
- Manufacturer: American Forge & Foundry
- Part Number: 18511
- Socket Size: 3-1/2 inches
- Drive Size: 3/4-inch
- Point Style: 8-point
- Material: High tensile strength steel
- Finish: Powder-coat (black)
- The 18511 locknut socket can also be referred to as AFF 18511 8-point locknut socket 3-1/2-inch, heavy-duty wheel bearing locknut socket, AFF axle nut removal tool.
American Forge & Foundry model 18511 delivers robust performance for wheel bearing locknut removal and installation, offering precise fit, sturdy build, and reliable markings for heavy-duty use.
Q: Which locknut shapes does this socket accommodate?
A: It fits octagonal locknuts, standard hexagonal 6-point, and rounded hexagonal 6-point locknuts measuring approximately 3-1/2 inches.
Q: What drive tools are needed?
A: Use with a 3/4-inch drive ratchet, breaker bar, or similar high-torque tool.
Q: How does the finish handle shop abuse?
A: The powder-coat finish resists corrosion and the laser-etched markings ensure the size and part number remain visible even under harsh conditions.
