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The following discussion is closed. Please do not modify it. Subsequent comments should be made in a new section.A summary of the conclusions reached follows.
The article
brass and bronze ingot making was originally nominated to be merged into
metallurgy, however that proposal was rejected (see
talk:metallurgy). Instead, I propose that the article should be merged here, because, as the article currently stands it is too small and un-notable to warrant its own article. However, the info is good (though, needing some references), and I feel it would fit well within this article. This article addresses both brass and bronze, so it shouldn't be a stretch to merge the two.
Wizard191 (
talk)
21:24, 1 February 2009 (UTC)reply
Correct that we are talking about the same metals, but it does not really fit. This article is a list of alloys and the proposed merge is about a manufacturing process. I wouldn't merge it with anything in any case until it is better referenced. It has all sorts of problems, besides the ones it has already acquired templates for. The opening sentence The brass and bronze ingot making industry in this country has its mid 1850's roots... doesn't say what country the article is about (presumably Britain) and sets off copyvio alarm bells in my mind. Putting its problems to one side, there is a place for this article, its place comes between copper mining/
copper extraction and articles on copper materials such as
copper wire. I don't really go along with the idea that the article is too small and there is an awful lot of information available on copper that could be used to expand it. It just needs an editor to come along and take an interest.
SpinningSpark22:33, 9 March 2009 (UTC)reply
If you think there's enough real information out there to make it a worthwhile article, I'm all for leaving it sit where it is. It's getting a little bit out of my realm of expertise, but in my mind it seemed like a very specific topic for its own article. But seeing how you seem to more knowledgeable I'll defer to you.
Wizard191 (
talk)
23:17, 9 March 2009 (UTC)reply
I don't think "brass and bronze ingot making" really has the makings of an article - the process has no (?) real differences from any other
ingot making article.
I've added the info on ounce metal to the article, as well as updating
brass. I will delete it from the "ingot casting article" as it is mostly irrelevent there.
FengRail (
talk)
15:36, 4 April 2009 (UTC)reply
As I've transferred across the info specific to types of alloys to this page, I've changed the merge to
Ingot.
Apologies for not waiting for confirmation, but I'm sure I've completed the necessary edits in terms of merged material for this page..
The discussion above is closed. Please do not modify it. Subsequent comments should be made on the appropriate discussion page. No further edits should be made to this discussion.
Alternative Metal Composition Incorrect
"The best known traditional types are bronze, where zinc is a significant addition, and brass, using tin instead."
Bronze contains primarily Copper and Tin, and Brass contains primarily Copper and Zinc. The quoted sentance is backwards. —Preceding
unsigned comment added by
169.200.215.15 (
talk)
19:40, 11 October 2010 (UTC)reply
The table should be modified to further differentiate between silicon bronze and silicon brass by subdividing the silicon bronze row into one for silicon bronze and another for silicon brass, or remove the silicon brass alloys all together. References 14-18 show alloys C87400 to C87900 as "silicon brass" all with proportions of zinc greater than five percent. Alloy C87200, reference 13, is indicated as a "true" silicon bronze with a zinc content of less than five percent. I recognize the distinction between brass and bronze may not be definitive, however the suggestion to remove alloys that are more brass-like than bronze would improve the article's accuracy. DAB
24.222.45.26 (
talk)
19:23, 26 June 2018 (UTC)reply
Precious Alloy Compositions
This table is woefully incomplete. 38 of the 68 values for specific elements (56%) are unspecified, and 9 of the 20 rows (45%) have no elements' percentages specified at all. While it's true that the content of these elements are not specified, it's their typical values that differentiate the alloys. The table should include the range of typical values, with a note that they are typical rather than specified.
Joe Avins (
talk)
16:06, 18 February 2021 (UTC)reply