Reed - Extended Impact Sockets

What Are Reed Extended Impact Sockets?

Reed’s Extended Impact Sockets are designed to provide superior reach and durability for deep well applications, making them ideal for professionals in plumbing, HVAC, and mechanical repair. Crafted from high-strength tool steel with a corrosion-resistant finish, these extended impact sockets withstand high torque and heavy-duty use. Their extended length allows easy access to hard-to-reach bolts in repair clamps, mechanical joint fittings, and saddles, where standard sockets fall short. With multiple size options, these sockets offer versatility and efficiency, all conveniently stored in a durable case for easy transport and organization.

Why Choose Reed - Extended Impact Sockets?

Reed Extended Impact Sockets are designed for durability, efficiency, and safety in high-torque applications. Made from high-quality alloy steel, these sockets withstand heavy impacts while maintaining precision and strength. Their extended length allows easy access to deep or recessed bolts, reducing the need for extensions. Engineered for professional use, they fit securely on fasteners, minimizing the risk of slippage and damage. Check out their available products below:

Reed EDK Extended Impact Grade Socket Set

The Reed EDK Extended Impact Grade Socket Set is made from impact-grade tool steel with a corrosion-resistant zinc and black chromate finish. Compatible with 1/2" square drive impact wrenches or manual tightening, this set is ideal for plumbing, HVAC, construction, and industrial applications.

Reed Extended Impact Sockets

The Reed Extended Impact Sockets are perfect for tightening hex nuts on repair clamps, mechanical joint fittings, and saddles. With extended lengths of 6" and 6 ½”, a corrosion-resistant finish, and compatibility with 1/2” square drive impact wrenches or manual tools, they offer reliability and versatility.

Reed SCFR 1/2" Square Drive Waterworks Ratchet Wrench

The Reed SCFR 1/2" Square Drive Waterworks Ratchet Wrench is a high-performance tool designed for professionals in mechanical and waterworks applications. With a 15-inch total length and a 13-inch handle, it offers superior leverage, control, and torque. Compatible with Reed’s extended sockets, roll groovers, and soil pipe cutters, this durable and ergonomically designed wrench ensures efficiency and reduced fatigue during prolonged use.

FAQs

1. What makes extended impact sockets different from standard impact sockets?

Extended impact sockets have a longer shaft, allowing them to reach fasteners in deep or recessed areas that standard impact sockets cannot access. They are designed to handle high-torque applications in plumbing, mechanical, construction, and industrial settings, making them ideal for hard-to-reach bolts and nuts.

2. Why are extended impact sockets preferred in plumbing applications?

Plumbers often encounter bolts and fittings in tight spaces or deep-set locations, such as under sinks or within pipe assemblies. Extended impact sockets provide the necessary reach and durability to handle high-torque fastening while preventing rounding or stripping of bolts.

3. Can extended impact sockets be used with regular ratchet wrenches?

While extended impact sockets are designed for impact wrenches, they can also be used with regular ratchet wrenches if the drive size matches. However, using them with an impact wrench maximizes their performance, as they are built to withstand higher torque and vibrations.

4. How do extended impact sockets improve efficiency in mechanical work?

In automotive and mechanical repairs, extended impact sockets eliminate the need for multiple extensions, reducing time spent switching tools. Their extra reach allows mechanics to work faster on deep-seated bolts, such as those in engine compartments and suspension systems.

5. Are extended impact sockets compatible with all impact wrenches?

Extended impact sockets come in various drive sizes (e.g., 1/4", 3/8", 1/2", 3/4"), so compatibility depends on matching the socket drive to the wrench. Using the correct size ensures optimal torque transfer and prevents tool damage.