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Oxide | Analysis | Formula | |
---|---|---|---|
ZnO | 37.40% | 1.00 | |
B2O3 | 48.10% | 1.50 | |
H2O | 14.50% | n/a | |
Oxide Weight | 186.09 | ||
Formula Weight | 217.65 |
A powerful flux in ceramics.
There are a number of Chinese manufacturers who make it for other markets (environmental protection, flame retardants, rubber, plastics). You can find them on alibaba.com. Its wikipedia page (link below) enumerates the markets, you may be able to find a local importer by researching them.
Hazards |
Zinc Compounds Toxicology
|
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URLs |
http://www.e1.greatlakes.com/freb/common/pdf/ZB-467_ds.pdf
Zinc Borate Data Sheet Example |
URLs |
http://en.wikipedia.org/wiki/Zinc_borate
Zinc Borate at Wikipedia |
Typecodes |
Generic Material
Generic materials are those with no brand name. Normally they are theoretical, the chemistry portrays what a specimen would be if it had no contamination. Generic materials are helpful in educational situations where students need to study material theory (later they graduate to dealing with real world materials). They are also helpful where the chemistry of an actual material is not known. Often the accuracy of calculations is sufficient using generic materials. |
Typecodes |
Flux Source
Materials that source Na2O, K2O, Li2O, CaO, MgO and other fluxes but are not feldspars or frits. Remember that materials can be flux sources but also perform many other roles. For example, talc is a flux in high temperature glazes, but a matting agent in low temperatures ones. It can also be a flux, a filler and an expansion increaser in bodies. |
Materials |
Boroflux
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