Difference between revisions of "Lead alloys"
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| − | [[File:52.1396-C31611CR-d1.jpg|thumb|]] | + | [[File:52.1396-C31611CR-d1.jpg|thumb|Lead-tin alloy inlay<br>MFA# 52.1396]] |
== Description == | == Description == | ||
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alliages de plomb (Fr.); Bleilegierungen (Deut.); aleaciones de plomo (Esp.); lood legering (Ned.); ligas de chumbo (Port.) | alliages de plomb (Fr.); Bleilegierungen (Deut.); aleaciones de plomo (Esp.); lood legering (Ned.); ligas de chumbo (Port.) | ||
| − | == | + | == Risks == |
Inhalation and ingestion of lead fumes and dust is very toxic. | Inhalation and ingestion of lead fumes and dust is very toxic. | ||
| − | == | + | ==Resources and Citations== |
* David Matthews, Moldmaking and Casting FAQ, www.sfcmd.com/heavygear/faqs/moldmaking_faq.txt | * David Matthews, Moldmaking and Casting FAQ, www.sfcmd.com/heavygear/faqs/moldmaking_faq.txt | ||
Latest revision as of 10:01, 16 September 2022
Description
Lead alloys well with other metals and is often used in mixtures containing 62-95% Lead, 1-35% Tin, and 3-13% Antimony. Lead alloys melt at 290-390 C to form a medium viscosity liquid. Lead alloys are soft and do not reproduce fine detail well when molded.
Synonyms and Related Terms
alliages de plomb (Fr.); Bleilegierungen (Deut.); aleaciones de plomo (Esp.); lood legering (Ned.); ligas de chumbo (Port.)
Risks
Inhalation and ingestion of lead fumes and dust is very toxic.
Resources and Citations
- David Matthews, Moldmaking and Casting FAQ, www.sfcmd.com/heavygear/faqs/moldmaking_faq.txt