I have been experimenting with different low fire glazes. These glazes are for earthenware with a low firing temperature to cone 04. (1060 degrees Centigrade, or 1940 Fahrenheight)
This is partly because I have been working with found objects from the clay recycling room and these shapes are usually made from earthenware, the clay utilised by the Introduction to Ceramics students in the studio.
I am interested in both glazes that run or form a drip, and surface texture.
thickly applied Majolica (left) & Willing White (right) |
My first experiments were with thickly applied majolica and willing white. The test pieces were dipped 6 times and the glaze was about 1/2 centimetre thick. Whilst interesting, the results weren't quite what I was looking for.
Vardis blue over Power Black (left) Power Black over Vardis blue (right) |
Turquoise and Power black |
It was also interesting to see how different glazes responded to being dipped first or second. Depending on this the resulting texture changed.
copper wire (left) steel wire (right) with Vardis Blue |
I then became interested in experimenting with layering different glazes combined with wrapping either copper or steel wire.
Turquoise and Power black over steel (left) Turquoise and Power black over copper (right) |
Copper wire on bare earthenware (left) Vardis Blue over steel (right) |
Recipes
Roxie Power Black - Cone 04
Frit 3134 25%Frit 3195 15%
Frit 3249 35%
EPK 25%
+
BIO 8%
Mang. Diox 8%
Turquoise - Cone 04
Gherstly Borate 35%Neph Sye 5%
EPK 5%
Flint 42%
Lithium Carb 8%
Super Copax 8%
Copper Carb 3%
Vardis Blue - Cone 04
Neph Sye 20%EPK 20%
Flint 11%
Lithium Carb 5%
Barium Carb 43%
+
Copper Carb 7%
Willing White
Gerstley Borate 35%Lithium Carb 8%
Neph Sye 5%
EPK 5%
Flint 42%
+
Zircopax 10%
Linda Arbuckle Maolica
Flint 3124 57.16%EPK 9.4%
Kona F4 14.9%
Bentonite 1.2%
Super Pax 13%
Neph Sye 5.42%
+
Rutile 0.25%
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