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#1 |
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Member
Join Date: Dec 2004
Location: Witness Protection Program
Posts: 1,730
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thx tom. i can't get right lighting to show the blade's full glory. looking on the spine i could see, albeit barely, watermarks (with s) running parallel to it. it's more obvious towards the blade tip. i wouldn't even think about re-etching this; might end up screwing it altogether. your comment about the contrast being deliberate is interesting. i thought about it from that angle, too. from the appearance point of view, why then would the panday add a fairly plain handle? you'd think with a blade like this a junggayan type would be more appropriate. which leads me to your second guess: performance quality. if you notice the blade tip picture, it has some nicks on it. looks like it has seen some action before.
again, the watermarks really blows my mind. it looks as if someone painted flames racing on both sides of the blade; that's it; it looks like it's on fire. almost to the point were watermarks first, shandigan characteristic a close second. it's so beautiful. never seen anything like it. |
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#2 |
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Vikingsword Staff
Join Date: Nov 2004
Posts: 6,378
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Bizarro barong blade pattern .
12" very thick & heavy . Can't figure out how this one was made ... Tom ? |
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#3 |
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Vikingsword Staff
Join Date: Dec 2004
Location: The Aussie Bush
Posts: 4,614
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Tom:
How does one distinguish an inserted edge on a laminated blade, from a tempered edge where the edge has been laminated (but not inserted)? Do you follow my question? I'm asking about a blade that is first laminated and then tempered along the edge by (say) quenching -- how does one distinguish the appearance of that process from a blade that is laminated and has an inserted edge of hardened steel? Ian. Last edited by Ian; 31st May 2005 at 10:41 PM. |
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#4 | |
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Vikingsword Staff
Join Date: Dec 2004
Location: The Aussie Bush
Posts: 4,614
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Rick:
Seems to me that this one has been folded along the long axis of the blade (that is, along the length of the blade), then the blade was forged to its width and approximate shape, and then ground to its final form. What we are seeing, I think, is a series of layers that vary simply with the thickness of the blade, rather than a more complex pattern caused by twisting, etc. during the forging process. Ian. Quote:
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#5 | |
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Vikingsword Staff
Join Date: Nov 2004
Posts: 6,378
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Quote:
It looks a little similar what with the layer lines looking like they're going to either side of the blade from a center line . |
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#6 |
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Vikingsword Staff
Join Date: Dec 2004
Location: The Aussie Bush
Posts: 4,614
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Rick:
I think your's and Spunjer's are made similarly. But don't forget the profile of his blade is different from your's. Basically, your blade is a tapering "V" but Spunjer's is somewhat hollow ground above a swollen edge, with a pronounced ridge separating the two. Just by the nature of the grind on Spunjer's you would expect to see more patterning because more layers are being exposed by virtue of the grinding. The fact that there is considerable contrast between the metals of the various layers makes Spunjer's pattern more obvious. Ian. |
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#7 |
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Member
Join Date: Dec 2004
Location: Greensboro, NC
Posts: 1,094
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I will take a poke at these two pieces. Spunjers example appears to be of pile construction. That is where various bars of steel/iron are used, "piled" upon one another and forged out. The lamination that is seen is a result of the different metals etching out in different ways. In Rick's example, I believe the blade is of sandwhich construction. The center portion or body of the blade is lamellar steel with a long forging flaw down the center. The cutting edge is probably a higher carbon steel that has been sandwhiched and then heat treated. I believe it was then put to a post-quench annealing. The edge has a hamon-like feature(even has a bit of a cloudy appearance) and this is typical in the sandwhich lamination. There seem to be small isolated islands just above the "temper" line in a few spots. I believe the Japanese call these Utsuri(?) and this is a result of a post-quench annealing. I think there might be a seperate spine welded to the body to complete the blade. Overall, a fairly complicated forging with beautiful lines and I imagine quite a sharp and hard edge.
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#8 |
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Member
Join Date: Dec 2004
Location: Houston, TX, USA
Posts: 1,254
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Rick's blade does seem to have an applied spine, which as far as I see, is the only unusual thing about it. A mysterious feature I've seen on a variety of swords. It does not particularly look like a sandwiched blade; where would you get that from? A pinched in edge that does not go all the way thru is more likely on a barong, though, of course, one cannot see the difference in a flatwise picture of a SE blade. Both these blades seem to show a long line down the center from a final fold, perpendicular to the plain of the blade (and made before edge insertion). An interesting thing about this is that it is common with Visayan blades to have the last fold leave a prominant closed loop/bend at the tip. How else would it be? folded flatwise. With the loop at the rear. With the loop cut off (often considered a weak/delammy place in many cultures, but here I think we see the Oceanic E Asian concept of completeness.). The spreading of the lines and then coming back together is a natural outgrowth of forging the barong shape; a thick narrow rod is forged out wider and then narrowed to the tip, and is spread out thinner and thinner....
On distinguishing an inlaid edge from a hardening line: It can be hard, especially from photos or with an unetched blade. The easiest way is to follow the layers. If the line follows the waves of the layers it's probably inlaid; if it cuts across the layers and they continue right across it, it must be a hardening line. Another is if you can see it at spine and tip. Outside of Japan temper lines are almost always more or less even/straight (ie. not waved, though they may curve), so if there's a lot of activity that points you toward a lamination line. Of course a blade might have both. |
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