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Silver Solder from Fine Silver, Copper and Spelter: Gee, 1877
Silver solder joins silver, copper and brass with a strong, hard seam. The silversmith George Gee preferred one made of fine silver, shot copper and a little spelter (zinc), melted only once: his best hard solder is 16 dwt of fine silver, 3 dwt 12 gr of shot copper and 12 gr of spelter to the ounce, about 80, 17.5 and 2.5 per cent. More copper and zinc make it flow sooner (his medium, easy and common solders). Silver and copper alone give the hardest, least fusible solder; too much zinc makes it eat away during soldering.
Katamtaman
Two hours
Mga Tagubilin
1
1
Weigh the metals
Weigh the metals
Naglo-load ng Jupyter notebook…
Mga materyales para sa hakbang na ito:
Purong Pilak80 g
Lingote ng Tanso17.5 g
Lingote ng Sink2.5 gMga kailangang kasangkapan:
Timbangan
Pait na pambakal2
2
Anneal and test the crucible
Anneal and test the crucible
Before a new plumbago (graphite) crucible is charged, heat it slowly to redness on a fire that is dying down and has no blaze, so it does not crack. Touch it with a cold iron bar: if cracks show, reject it.
Mga kailangang kasangkapan:
Krisol na grapito at luwad
Pugon na Uling
Sipit ng Krisol3
3
Melt silver and copper
Melt silver and copper
Put the copper at the bottom of the crucible, the silver on top, and melt them in the furnace. Stir them well together with an iron stirrer, tapered at the point and first heated to redness. When the metals are just beginning to fuse, cover the melt with finely divided, pure charcoal to keep the air off it.
Mga materyales para sa hakbang na ito:
Uling - pinong durog1 as requiredMga kailangang kasangkapan:
Pugon na Uling
Patulis na panghalong bakal
Guwantes na Matibay sa Init4
4
Add the spelter
Add the spelter
Hold the spelter in a long pair of tongs over the mouth of the crucible, inside the furnace, until it has almost reached its melting point, then drop it into the molten metal and stir quickly so it mixes in. Zinc burns away quickly in the air, so it goes in last.
Mga kailangang kasangkapan:
SipitPatulis na panghalong bakalGuwantes na Matibay sa Init5
5
Pour the ingot
Pour the ingot
Withdraw the crucible from the furnace at once and pour into an ingot mould that is clean, smooth, lightly greased, dusted with fine charcoal and warmed: a cold mould makes the metal spout, but do not overheat it either. Melt solder only once; Gee found that solders containing volatile metals grow hard, brittle and drossy with repeated melting.
Mga materyales para sa hakbang na ito:
Uling - pinong durog1 as requiredMga kailangang kasangkapan:
Sipit ng Krisol
Hulmahan ng lingoteGuwantes na Matibay sa Init6
6
Roll into pallions or file to dust
Roll into pallions or file to dust
Roll the solder out thin between flattening rollers and cut it lengthways and then crossways with hand shears into little bits (pallions), or file it into fine dust, according to the work in hand. The work is then bound together, wetted with a paste of borax and water, and the pallions laid on the joints and melted with a blowpipe flame.
Mga kailangang kasangkapan:
Makinang panipis ng metal
Panggunting ng metal
Kikil (Kikil na Pangkamay)Mga Materyales
4- 80 gPlaceholder
- 17.5 gPlaceholder
- 2.5 gPlaceholder
- 1 as requiredPlaceholder
Mga Kinakailangang Kasangkapan
12- Placeholder
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Ang blueprint na ito ay gumagawa ng
Kaugnay na Blueprint
Ang mga blueprint na ito ay nagbabahagi ng kaalaman — mga teknik, materyales, o prinsipyo
Mapanganib
Extracting Silver by Cupellation — Separating Noble Metal from Lead Ore
ni Peter
Paggawa ng Metal
70
0
0
0
2
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Smelting Copper from Malachite — From Green Ore to Red Metal
ni Peter
Paggawa ng Metal
104
0
0
0
10
0
Extracting Zinc from Sphalerite — Roasting and Reduction of the Invisible Metal
ni Peter
Paggawa ng Metal
77
0
0
0
8
0
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