And? OP didn’t give a budget.Just the A2 tool steel alone to make the jaws from would run you close to $100 before you perform any machining on them.
Because A2 is the predominant choice of vise jaw suppliers who make quality hardened steel replacement jaws. There certainly are other materials available. What do YOU suggest?And? OP didn’t give a budget.
And why A2? Lots of less expensive materials make perfectly fine vise jaws.
Personally I use copper for all my vise jaws, but I don’t think the OP is going that way.Because A2 is the predominant choice of vise jaw suppliers who make quality hardened steel replacement jaws. There certainly are other materials available. What do YOU suggest?
And I say again, so what?Because that is the cost that anybody producing these jaws would have to shell out in order to even make them. And the cost goes up from there. I have personally machined replacement jaws myself from A2 and had it heat treated /hardened on a number of different machinist vises.
Just because the "quality" antique bench vise restoring companies sell A2 tool steel jaws, doesn't mean that's the only, or best option.Because A2 is the predominant choice of vise jaw suppliers who make quality hardened steel replacement jaws. There certainly are other materials available. What do YOU suggest?
Because suggesting something that will exceed the cost of a new Wilton bullet vise is a bit excessive. This I is the general problem with our government, you don’t happen to be in purchasing ing the public sector do you?And I say again, so what?
OP just asked where to get them, not what they cost.
You clearly haven’t priced a new Wilton lately.Because suggesting something that will exceed the cost of a new Wilton bullet vise is a bit excessive. This I is the general problem with our government, you don’t happen to be in purchasing ing the public sector do you?![]()
Files are typically hardened above 60 HRC hardness. A2 tool steel is typically hardened in the mid to upper 50s HRC when they are used as vise jaws. They are not normally "file hard". I did not state nor did I imply that A2 is the "best" material to use for making vise jaws. It IS an excellent choice however because it is readily available, machines relatively easily, has good wear resistance, and when heat treated correctly to the proper hardness range has excellent toughness. Copper overlays are frequently used on vises with hardened steel jaws to protect the work piece from being damaged by the jaws. This technique has been in use for well over a century. If you want to use a lesser alloyed material to make your jaws from you will be replacing them more frequently over time because they don't hold up as well. And you are actually doing yourself a disservice because you will be spending more money and more time for a lower quality solution.Just because the "quality" antique bench vise restoring companies sell A2 tool steel jaws, doesn't mean that's the only, or best option.
Very few production vises (including antique ones) ever came with jaws hard enough to warrant A2 steel. Most vises came with considerably softer jaws (hence why they're worn out, dented and deformed). Yes, a few vises did have jaws that were near "file hard", but that was not the norm.
Most commercially-made replacement vise jaws (even for currently in-production vises) are NOT made out of A2. It will either be something like 4140, or some lesser case-hardened steel. Shoot, these days, tons of people are running aluminum or copper soft-jaws because steel jaws just mess things up. The vast majority of users on the various metalworking sites (practical machinist, others ) say making jaws out of pre-hardened 4140 (or similar grade steel) is the way to go.
For the average home shop guy, A2 jaws in their vise will be a huge waste of money and just result in the vise marring and damaging just about anything they put in it. As far as I can tell from some research, the only people putting A2 jaws on vises are vise collectors ....who never intend to actually use the vise.