Sunex 4686 3/4 inch Drive Metric Deep Impact Socket Set, 17 Piece, Cr-Mo Alloy Steel
- The Sunex 4686 3/4 inch drive metric deep impact socket set includes 17 deep 6-point metric sockets ranging from 26 mm to 44 mm, crafted from Cr-Mo alloy steel with radius corner design and dual size markings. The set comes in a heavy duty blow molded storage case.
- Features:
- Forged from chrome molybdenum (Cr-Mo) alloy steel for strength under impact use
- Radius corner design increases contact area with fastener walls and helps reduce rounding
- Dual size marking (laser etching plus stamped) ensures marking durability in heavy use environments
- Deep well socket length enables access to recessed or obstructed fasteners
- Heavy duty blow molded storage case securely holds all sockets and aids organization
- Includes:
- Deep impact metric sockets (17): 26 mm, 27 mm, 28 mm, 29 mm, 30 mm, 31 mm, 32 mm, 33 mm, 35 mm, 36 mm, 38 mm, 39 mm, 40 mm, 41 mm, 42 mm, 43 mm, 44 mm
- Specifications:
- Manufacturer: Sunex Tools
- Part Number: 4686
- Drive Size: 3/4 inch
- Socket Style: Deep impact sockets (6-point)
- Size Range: 26 mm to 44 mm
- Material / Finish: Chrome molybdenum alloy steel; black phosphate finish
- System Compatibility / Application: Intended for use with metric hex fasteners under 3/4 inch drive impact tools, especially where depth access is needed
- This socket set is also known as Sunex 4686 deep metric impact kit, Cr-Mo deep impact metric set, 3/4 inch metric deep socket set, and Sunex high-leverage deep impact set.
Sunex Tools produces high quality impact socket sets designed for rigorous upgrade and repair environments. The 4686 delivers deep metric coverage in robust material and precise engineering.
Q: What metric sizes are included?
A: This set includes deep impact sockets from 26 mm through 44 mm.
Q: Why choose deep sockets?
A: Deep sockets allow you to reach fasteners that are recessed or obstructed, beyond the reach of standard sockets.
Q: What is the benefit of radius corner design?
A: Radius corner design distributes torque more evenly across the fastener walls, reducing the risk of rounding corners under high loads.
