Also, there are silver solders that melt well below the temperatures that would affect the heat treatment of the Model 98 receiver. If you interview gunsmiths for this work, you should ask about these details.
To install these mounts properly, you will likely need a lathe or mill to ensure the bases have a perfect mechanical fit to the receiver. And then, the fit needs to be checked and adjusted with marking fluid. The areas on the receiver under the bases need the bluing removed as well as the base bottoms. The bases should be mounted with screws. Both the bases and the receiver should be pre-tinned with thin layer of silver solder using an appropriate flux. This will minimize the heat required to sweat the joint. The pre-tinned parts are installed with flux and heat is applied to sweat the joint. As the silver solder melts, the screws are tightened to minimize the clearance between the bases and the receiver. If it's done correctly, you will only see a very thin silver solder joint that doesn't protrude from under the bases. It will look like a factory job and have the strength of a factory job.
Regards
you have basically repeated the bulk of the HOW- TO- DO- IT info that I provided including confirming the use of low-melting point solder is the best way to go in lieu of silver solder whenever doing soldering on a firearm, and this is what Kunhausen’s authoritative guide says and is in complete synch with what I said in that regard
why do you plagiarize nearly every bit of advice I posted but then again falsely accuse me of being a bubba?
and when soldering there is never any need to 'pre-load' solder onto each item to be joined - the rule is flux one and pre-load solder on other ......
you were asked in an earlier post to provide text of any publication in your possession disproving my comments about efficacy of soft solder etc - you have'nt done that
you subsequently plagiarised the essence of the info I posted
there is no point communicating with you further
I keep saying to you do it your way if you want - but its an unnecessary way - fixing bases to receiver can be done better and easier other ways, like I've described and there are probably other good ways too
I am keen you should do things your way because I can have a good chuckle about it
nothing you have said indicates you have ever made or even attached scope bases to a rifle whereas I have done all that many times
so having regard to all above, if I'm bubba then you must be bubba's pet monkey
Highest Silver-Bearing Content Available In A Non-Zinc Solder - Brownells Hi-Temp Hi-Force 44™ Solder is perfect for
jobs where its 38,000 psi tensile strength is needed...
When two pieces are to be joined, it is best to “tin” each of the pieces. “Tinning”
is a procedure where a thin coat of solder is applied to the workpieces
where they will join. The procedure is simple; first clean, heat and flux the
bottom surface of the first part and apply a very thin coat of solder to the
joining surface. Remove any excess solder while it is still molten, with a clean
cotton patch or a felt cloth.
Follow the same procedure on the joining surface of the second part. After
both have cooled to where they can be handled, position them as needed for
final assembly, put a small amount of flux between the two parts and clamp
together. Apply heat carefully to BOTH parts so both come up to the desired
soldering temperature, 640° F. - 650° F., simultaneously. At this point the
solder will flow...
By being very careful when laying out the job, tinning
and soldering, you will have little or no excess solder to clean up, and touching
up or bluing will not be necessary.
Bubba, I didn't think you could find a specific Kuhnhausen citation for what you indicated was a Kuhnhausen recommended method. In fact, Kuhnhausen's Model 98 shop manual focuses on mounting optics bases with screws.
If you search the web, you'll find bubbas everywhere with a method of solution. For a family of solutions, one solution is optimal or rises to the status of best practice. I see a number of issues with your method that preclude it from being considered a best practice. Strength and reliability are two such issues.
Brownells sells a couple of silver bearing solders that melt at relatively low temperature when compared to other silver solders and offer a much stronger tensile strength. Incidentally, the printed instructions are in conflict with what you indicated as unnecessary.
When tinning both surfaces, you remove the uncertainty of a good sweat joint, and significantly reduce the amount of applied heat required for a successful sweat so there's no need to whack it with a hammer to test the joint. Brownells' instructions leave that test method out as well. But, I understand Bubbas like to whack.
From what I can see, all the credible gunsmithing references indicate silver solder, because low temp soft solder proves unreliable. In fact, one reference indicates soft solder is of little use in gunsmithing work. I think that adequately refutes your claims to a suitable method.
Again, your claims of plagiarism are delusional. I simply indicated what James V Howe suggests which differs significantly from what you indicated. Howe published his work in 1934 and passed away in 1969. If anything happened, it was you bubbafying a best practice. Also, check out my post #8 and 308nutt's post #2 in this thread. They were both posted well before you joined this thread peddling bubba methods. I think you tried to bubbatize what we indicated previously. You should work to improve your reading comprehension.
Also, I think you made a good decision to stop communicating on this matter, because I don't think you could find credible citations for your methods. They appear to be homebrew bubba methods.
Oh, and by the way, if there's any relationship between Bubba and his monkey, I'm sure it involves spanking.
Regards