Stanley Proto J54411/4XL 1/2" Drive Extra Long Hex Bit Socket, 1/4"

Name: Stanley Proto J54411/4XL 1/2' Drive Extra Long Hex Bit Socket, 1/4'
Brand: Proto
SKU: 715252
Price: 19.69 USD
Rating: 9.45 (22 reviews)

$ 19.69

Score By Feature

Based on 22 ratings

Giftable

9.60

Satisfaction

9.62

Customer service

9.23

Value for money

9.58

OveReview Final Score

How Our Score Is Calculated

Product Description

By entering your model number, you can make sure that this fits.

Bit holders have a hex opening that holds the bit in place and allows the bit holder to take the full torque load.

Alloy steel with a heat treatment

Finished in polished chrome

Made in the United States of America

Questions & Answers

Is it possible for this tool to handle more than 50 ft lbs of torque?

I've had at least 50 foot lbs of torque, if not much more, with this product, so you shouldn't have any issues.

Selected User Reviews For Stanley Proto J54411/4XL 1/2" Drive Extra Long Hex Bit Socket, 1/4"

It was a good tool that did its job well

5/5

To drive with a 1/2-inch torque wrench, I needed a 1/4-inch hex wrench. This tool functioned as expected and was simple to operate. I was worried that the torque would break it, but it held up well.

Denver Cervantes

| Jun 13, 2021

Works! Works! To tighten allen screws, I needed a longer one, and this fits the bill

4/5

I couldn't find one in any of the big box or hardware stores near me for this long. Plus, it was delivered quickly!.

Janelle McNeil

| Dec 31, 2021

Fast shipping and well-made product

5/5

This product is well-made and durable. I needed to get to a hex screw that my allen wrench couldn't reach, and this worked perfectly.

Karla GRIFFITHS

| Aug 09, 2021

This is an excellent resource

5/5

This is a very sturdy tool.

Kailani Lee

| Apr 19, 2021

Keep an eye out for the pin

4/5

This socket comes in handy when I'm machining on a lathe at work. I used an impact wrench to attach it, but the original pin fell out, so I had to replace it with a different pin and ground down the ends before pounding each end with a hammer to keep the pin from falling out again. It accomplishes the goal.