CTA A424 34mm 1/2" Drive 6-Point Axle Nut Socket, Durable Steel Construction, Corrosion-Resistant Finish
CTA A424 34mm 1/2" Drive 6-Point Axle Nut Socket, Durable Steel Construction, Corrosion-Resistant Finish
- The CTA A424 34mm 1/2" Drive 6-Point Axle Nut Socket is engineered for the removal and installation of axle nuts on various vehicles. Its 6-point design ensures a secure grip, minimizing the risk of rounding fasteners, making it an essential tool for automotive professionals and enthusiasts.
- Features:
- Constructed from high-quality steel for enhanced strength and durability
- 6-point socket design provides a precise fit, reducing wear on fasteners
- 1/2" drive size compatible with standard ratchets and breaker bars
- Corrosion-resistant finish for extended tool life
- Designed for use with 34mm axle nuts commonly found on various vehicles
- Specifications:
- Manufacturer: CTA
- Part Number: A424
- Product Type: Axle Nut Socket
- Socket Size: 34mm
- Drive Size: 1/2 "
- Point Count: 6
- Measurement Type: Metric
- Drive Type: Square
- Number of Pieces: 1
- The CTA A424 34mm Axle Nut Socket can also be referred to as 34mm axle socket, 1/2" drive axle nut tool, 6-point metric socket, automotive axle nut remover, and 34mm hub nut socket.
CTA Manufacturing is a leading manufacturer of professional automotive specialty tools, offering a wide range of high-quality products designed to meet the needs of automotive technicians and enthusiasts worldwide.
Q: Is the CTA A424 socket suitable for use with impact wrenches?
A: No, the CTA A424 is not impact rated and is recommended for use with standard ratchets and breaker bars.
Q: Can this socket be used on both passenger cars and trucks?
A: Yes, the 34mm size is commonly used on axle nuts for various passenger cars and light trucks. It's advisable to verify the axle nut size of your specific vehicle before use.
Q: How does the 6-point design benefit the user?
A: The 6-point design provides a precise fit on hexagonal fasteners, reducing the risk of rounding and ensuring effective torque application.
