50lbs COPPER CARBONATE
CuCO3·Cu(OH)2 A source of copper oxide (CuO) and a recipe substitute for the same by adding 40% more. 3% added to most glazes produces a clear green. In alkaline glazes the colour shifts to turquoise blue. At 7% or more, metallic surfaces develop. Fired in a reduction atmosphere, red colours are achieved with ½% or less.
Note: Glazes become increasingly susceptible to food acid attack as copper oxide levels increase.
For more information on copper carbonate, see the Digitalfire.com Reference Library of ceramic materials.
s.
CuCO3·Cu(OH)2 A source of copper oxide (CuO) and a recipe substitute for the same by adding 40% more. 3% added to most glazes produces a clear green. In alkaline glazes the colour shifts to turquoise blue. At 7% or more, metallic surfaces develop. Fired in a reduction atmosphere, red colours are achieved with ½% or less.
Note: Glazes become increasingly susceptible to food acid attack as copper oxide levels increase.
For more information on copper carbonate, see the Digitalfire.com Reference Library of ceramic materials.
s.
Description
CuCO3·Cu(OH)2 A source of copper oxide (CuO) and a recipe substitute for the same by adding 40% more. 3% added to most glazes produces a clear green. In alkaline glazes the colour shifts to turquoise blue. At 7% or more, metallic surfaces develop. Fired in a reduction atmosphere, red colours are achieved with ½% or less.
Note: Glazes become increasingly susceptible to food acid attack as copper oxide levels increase.
For more information on copper carbonate, see the Digitalfire.com Reference Library of ceramic materials.
s.
