IRWIN IWAF36238 Impact Performance Series Socket Adapter, 3/8" Square Drive, 1/4" Hex Shank
- The IRWIN IWAF36238 Impact Performance Series Socket Adapter is designed for use in high-torque impact driving applications. It converts a 1/4" hex shank driver into a 3/8" square socket tool, making it ideal for automotive, mechanical, and construction tasks. Its durable forged construction and black oxide finish ensure long-lasting performance and resistance to corrosion.
- Features:
- High-strength forged steel construction for durability
- Black oxide finish for corrosion resistance
- Converts 1/4" hex shank to 3/8" square drive
- Designed for impact driver compatibility
- Precision tip ensures a secure fit and reduced stripping
- Specifications:
- Manufacturer: IRWIN Hanson
- Part Number: IWAF36238
- Product Type: Impact Socket Adapter
- Drive Size: 3/8" square
- Shank Type: 1/4" hex
- Material: Forged steel
- Finish: Black oxide
- The IRWIN Hanson IWAF36238 Socket Adapter can also be referred to as impact driver socket adapter, 3/8 drive adapter, hex to square socket adapter, IRWIN socket converter, and high torque socket adapter.
IRWIN Hanson is a trusted name in hand tools and accessories, known for precision-engineered products that deliver performance and reliability across professional-grade construction, automotive, and DIY applications. Their Impact Performance Series is designed to meet the rigorous demands of power tool use.
Q: Is this adapter compatible with all standard 1/4" hex shank drivers?
A: Yes, the IWAF36238 adapter is designed to work with all standard 1/4" hex shank drivers and impact tools.
Q: Can this adapter be used with regular drill drivers or only impact drivers?
A: While optimized for impact drivers, it can also be used with standard drill drivers for light-duty tasks.
Q: What materials is the adapter made from?
A: It is made from high-strength forged steel with a corrosion-resistant black oxide finish.
Q: Will this adapter support high torque applications?
A: Yes, it is specifically designed to withstand the high torque output of impact drivers.
