nmantas
Well-known member
Got away for years without them.....now that I have this set I find myself using them all the time. Don't forget to use some cutting oil to extend the life and make it easier to use.
So this is just a tap and die set...without the ability to cut threads? Seems kinda useless.

So no coupons or discounts apply? I never ordered from sears/Kmart etc before.
So this is just a tap and die set...without the ability to cut threads? Seems kinda useless.
This is one of the most used sets in my shop...I recommend you search this item on GJ and read up....![]()
Sorry I figured since the first post was many months ago and at a higher price then now it was relevantRead post #1 in this thread first. Sign yourself up at www.shopyourway.com then you may get some discounts in email just for joining. They almost always have a $10 off $50 purchase available too, so buy something else for $11 to get it. Of course that only makes dollar sense if you really want the something else. It looks like this rethreader is only mailed so you will have to pay shipping cost unless you sign up for the Max deal that is mentioned in post #1.
Sorry I figured since the first post was many months ago and at a higher price then now it was relevant
It's far more valuable to me than my tap and die set.
Yes, sears.com is horrible for searching stuff. Reminds me why I never used them.No problem. And since you haven't dealt with Sears online ordering, many people find that it doesn't work very well. That is what happened to me tonight when i tried ordering on the web. It would nott apply a discount and wouldn't apply some points from SYW. Called the 800 number and finally got a nice lady in the Phillipines who was able to apply the discounts. You could have the same problem.
Now I wonder why I didn't order on the 800 number to begin with. It would have taken less time.
2 in my cart showed up as 39.99 apiece. But would not ship to store.
And would not ship to my PO box. AARGH!
Thanks Wood!
I picked one of these up from the local deals page at the Dearborn/Fairlane mall store for 28$ after some sywr points.. good set, I have one at work that I paid far more for.
I've had my set for a year, and I like it, but I don't know that I'd go that far.
You can chase threads with a common tap or die, but you cannot cut threads with a thread chasing tap/die. While this toolset has a definite purpose, that still makes it less versatile than a standard tap/die set.
Yes, I know the rethread taps/dies don't "cut" new threads, but if you chase two bolts, one with each type of tool, and look at the threads under a magnifying glass, the difference between the two amounts to a pittance at best.
Despite the fact the toolset was less useful than I expected, I'm still satisfied with it, and would buy it again if I had it to do over. Especially when it's on a good sale.
Wow, Sears is messed up.
I just ordered this set and selected the free shipping option.
Somebody please explain to me how I can be signed up for the free 90 day SYW Max trial and they still charge me $8.25 in shipping.
I completed checkout for the roughly $39 price and got charged $51.47?????
If I call Sears will they fix this?
I signed up Sept 2nd and when I tried to use it it said my trial expired and I saved $0.00.
...
Sears is a joke, I only buy stuff from them now when it is 50% off or more. No one in the store could help, no supervisor on the phone, no response to a letter written to them.
Give 'em a try - call the 800# and tell 'em what happened....
Somebody please explain to me how I can be signed up for the free 90 day SYW Max trial and they still charge me $8.25 in shipping. ...If I call Sears will they fix this?

As an ME on the side, who had designed more than a few bolted joints (and more than a few *bolts* too when I couldn't find one that I needed existing), there is much truth to your post above. For critical fasteners and joints (with a high torque spec for the size of bolt), recutting threads is very very bad as those joints could loosen over time. For non-critical joints, it is less of a big deal, as there will still be plenty of engagement to do the job. The right way is to use one of these type rethread kits whenever one can though for sure. It is safest and best approach. If you are just fixing some valve cover bolts to a head, why, for that it doesn't much matter. - Paul, friendly ME on the side
Thank you for your insights.
You make very good points. The only argument I would make to them is if the integrity of the bolted joints in your application is that critical, the fasteners should be replaced, rather than repaired, regardless of the type of tap/die used.
Thought I'd just add here a tip for people. One way to really optimize what you get out of a bolted joint that is easy to do: Reduce the friction during assembly and torgueing of the joint. The way this works, say you are setting a bolt to a 60 Nm torque. You are applying this level of torque to the bolt head as specified for this joint with your torque wrench. Well, as you torque any bolt, there is friction. Friction between each of those bolt threads and the threaded hole, and friction under the bolt head and flat surface above the threaded hole. As you tighten to the 60 Nm spec, let's say 10% of that is friction for this example. Well, at the end, you really got effectively only 54 Nm of Torque applied to the joint to produce a clamp load, as 6 Nm of that torque just went into overcoming the friction of the joint. A simple way to optimize a clamp load is to reduce the friction during the torquing process. If you reduced that friction say 50%, this would give you a resulting effective torque of 57 Nm instead of only 54 Nm for this example. This makes loosening of the joint less likely over time due to the higher clamp load. OIL ! Works great on the threads and under the bolt head before you install and tighten the joint to reduce that friction. Now don't add so much that you hydrolock in your bolt hole and prevent the bolt from going all the way down in the hole! Not in the hole, just some drops on the threads and under head of bolt. Best for critical joints (head bolts or similar or joints that will go through thermal cycles, like exh manifold bolts). - Paul, friendly ME on the side

Thought I'd just add here a tip for people. One way to really optimize what you get out of a bolted joint that is easy to do: Reduce the friction during assembly and torgueing of the joint. The way this works, say you are setting a bolt to a 60 Nm torque. You are applying this level of torque to the bolt head as specified for this joint with your torque wrench. Well, as you torque any bolt, there is friction. Friction between each of those bolt threads and the threaded hole, and friction under the bolt head and flat surface above the threaded hole. As you tighten to the 60 Nm spec, let's say 10% of that is friction for this example. Well, at the end, you really got effectively only 54 Nm of Torque applied to the joint to produce a clamp load, as 6 Nm of that torque just went into overcoming the friction of the joint.
A simple way to optimize a clamp load is to reduce the friction during the torquing process. If you reduced that friction say 50%, this would give you a resulting effective torque of 57 Nm instead of only 54 Nm for this example. This makes loosening of the joint less likely over time due to the higher clamp load. OIL ! Works great on the threads and under the bolt head before you install and tighten the joint to reduce that friction. Now don't add so much that you hydrolock in your bolt hole and prevent the bolt from going all the way down in the hole! Not in the hole, just some drops on the threads and under head of bolt. Best for critical joints (head bolts or similar or joints that will go through thermal cycles, like exh manifold bolts). - Paul, friendly ME on the side
Thought I'd just add here a tip for people. One way to really optimize what you get out of a bolted joint that is easy to do: Reduce the friction during assembly and torgueing of the joint. The way this works, say you are setting a bolt to a 60 Nm torque. You are applying this level of torque to the bolt head as specified for this joint with your torque wrench. Well, as you torque any bolt, there is friction. Friction between each of those bolt threads and the threaded hole, and friction under the bolt head and flat surface above the threaded hole. As you tighten to the 60 Nm spec, let's say 10% of that is friction for this example. Well, at the end, you really got effectively only 54 Nm of Torque applied to the joint to produce a clamp load, as 6 Nm of that torque just went into overcoming the friction of the joint.
A simple way to optimize a clamp load is to reduce the friction during the torquing process. If you reduced that friction say 50%, this would give you a resulting effective torque of 57 Nm instead of only 54 Nm for this example. This makes loosening of the joint less likely over time due to the higher clamp load. OIL ! Works great on the threads and under the bolt head before you install and tighten the joint to reduce that friction. Now don't add so much that you hydrolock in your bolt hole and prevent the bolt from going all the way down in the hole! Not in the hole, just some drops on the threads and under head of bolt. Best for critical joints (head bolts or similar or joints that will go through thermal cycles, like exh manifold bolts). - Paul, friendly ME on the side
If you do this you will be over torqueing your bolts. Most manufacturers account for that friction when giving torque specs.