Dunnet Tools Spark Plug Socket Set - 3 Piece - 3/8 Inch Drive

Currently unavailable

Currently unavailable
The Dunnet Tools 3-piece 3/8-inch drive thin-walled spark plug socket set is designed for automotive technicians and DIY mechanics who need to service modern engines with restrictive, deep-set spark plug wells. Its primary benefit is the specialized thin-walled construction that allows for access in tight spaces where standard-sized sockets will not fit, though users should note that this set is specifically intended for 3/8-inch drive tools and may not be compatible with high-impact wrench applications.
| Model Part Number | SS242 |
|---|---|
| Brand | B&Q |
No, these sockets are designed for manual hand-tool use and may crack if subjected to the high torque of an impact wrench.
These sockets require a standard 3/8-inch drive ratchet or extension bar.
This set includes three specific sizes designed for the most common automotive spark plug hex diameters.
Keep the sockets clean and dry. A light coat of tool oil can be applied if you are working in high-humidity environments.
The design focuses on thin-walled clearance; always consult the specific markings on your set to confirm the internal configuration.
Verify that you are using the correct size socket for your specific spark plug hex diameter.
Ensure you are using a 3/8-inch extension long enough to retrieve the socket before dropping it into the well.
Check if the socket is fully seated on the hex and verify the ratchet is set to the correct turn direction.
To set up, simply attach the appropriate socket to your 3/8-inch drive ratchet or extension. This set is fully compatible with any standard 3/8-inch drive manual handle or torque wrench. Care should be taken to keep the interior of the sockets clean of oil and debris to maintain a firm grip on the spark plug. Wipe the sockets down with a clean, dry cloth after each use and store them in a dry location to prevent surface oxidation. Avoid using these sockets with electric or pneumatic impact guns, as excessive force can cause the thin walls to crack.