An image should appear at this position in the text. To use the entire page scan as a placeholder, edit this page and replace "{{missing image}}" with "{{raw image|A record of European armour and arms through seven centuries (Volume 2).djvu/212}}". Otherwise, if you are able to provide the image then please do so. For guidance, see Wikisource:Image guidelines and Help:Adding images. |
Fig. 509. The manufacture of chain mail
According to the theory of the late Mr. A. Burges, A.R.A., from "Ancient Helmets and Examples of Mail," reprinted from the "Archaeological Journal"
A. The foundation or rod on which the wire is wound, with wire in position
B. The wire in rings, the ends overlapping
C. The ends of the rings flattened by hammering
D. The flattened ends of the rings pierced by a punch
E. The triangular rivet in position
F, G. The joint finished off between two punches, an upper and lower
H. A ring of mail double riveted by a clamp
I, J, K. Method of making a ring when it was desired to thicken the rivet juncture and so
stiffen the mesh
L, M, N. Method of making an unjoined ring, the centre punched out, the outside trimmed off
Perhaps before we mention those complete hauberks and other portions
of chain mail that we can assign to the end of the XIVth century, we should
say a few words as to the construction of the apparently complicated mesh of
which they are composed. As in the case of many manufactured articles the
make of which seems difficult to understand, the process of chain mail
"weaving" once grasped is seen to be extremely simple. The actual medium of
the chain mail was iron wire, of varying thickness according to the need, either
drawn out mechanically, a process discovered, it is maintained, in the early
years of the XIVth century, or formed of thin strips of metal rounded by
means of the hammer. This thread of iron of the requisite thickness had
then to be made into rings. This was accomplished by obtaining a
cylindrical bar of metal, a little smaller in diameter than that of the ring.
Round this was carefully wound the wire, each twist being afterwards
cut with a chisel; for the iron was worked cold. The cut ends were then
flattened with a hammer or strong pincers until they overlapped; and