Cone 6 Oxidation Results Group 6
All of the results below for Cone 6 glazes were achieved with the use of a cooling cycle. See the following link for details:
Cone 6 Oxidation Results Group 5
Links to Cone 6 Groups 1 - 4 without controlled cooling.
Group 1
Group 2
Group 3
Group 4
33C
33 - Blue Green/Copper Red Cone 6
Talc 3.3%
Whiting 14.29%
Frit 3134 13.33%
Kona F-4 Feldspar 46.16%
EPK 6.4%
Flint 16.52%
Tin Oxide 2.24%
Zinc Oxide 4.3%
Black Copper Oxide 1.07%
33 - Blue Green/Copper Red Cone 6
Talc 3.3%
Whiting 14.29%
Frit 3134 13.33%
Kona F-4 Feldspar 46.16%
EPK 6.4%
Flint 16.52%
Tin Oxide 2.24%
Zinc Oxide 4.3%
Black Copper Oxide 1.07%
87 - Zinc Semi-matte/Glossy Base Glaze Sea Green C/6
Neph Syenite 36%
Wollastonite 13%
Zinc Oxide 10%
EPK 10%
Silica 31%
Cobalt Carbonate 1%
Rutile 6%
38 - Nutmeg C/6
Dolomite 23.3%
Spodumene 23.3%
Frit 3134 6.8%
Ball Clay OM4 23.3%
Flint 23.3%
Red Iron Oxide 1.07%
Yellow Ochre 3.24%
Tin Oxide 4.85%
Bentonite 2%
43C
43 - Kaki with Gillespie Borate C/6
Gillespie Borate 27%
Flint 25.3%
Custer Spar 16.9%
Talc 11.8%
EPK 4.2%
Red Iron Oxide 12.8%
Bentonite 2%
46C
46 - Woo Yellow C/6
Nepheline Syenite 35.64%
Strontium Carbonate 20.06%
Zircopax 16.16%
Dolomite 12.95%
Silica 7.59%
EPK 7.59%
Red Iron Oxide 3%
Bentonite 4%
Epsom Salts 1%
56C over 84
56 - Bee's Green C/6
Gillespie Borate 40.3%
Strontium Carb 0.2%
Talc 9.9%
Zinc Oxide 0.1%
Custer Spar 20.1%
EPK 10.6%
Silica 18.8%
Tin Oxide 2%
Copper Carb 2%
Cobalt Oxide 0.8%
Red Copper Oxide 2%
Rutile 4.8%
84 - Glossy Base 1 C/6 Light Stormy Blue
G-200 Feldspar 20%
Frit 3134 20%
Wollastonite 10%
EPK 20%
Talc 11.5%
Silica 18.5%
Cobalt Carbonate 1.%
Rutile 4.5%
70C
70 - Raspberry C/6
Whiting 20%
Neph Syenite 18%
Frit 3134 14%
Om-4 Ball Clay 18%
Silica 30%
Green Chrome Ox .02%
Tin Oxide 7.5%
70C over 12
70 - Raspberry C/6
Whiting 20%
Neph Syenite 18%
Frit 3134 14%
Om-4 Ball Clay 18%
Silica 30%
Green Chrome Ox .02%
Tin Oxide 7.5%
12 - Jen's Juicy Fruit Variation Whiting C/6
EPK 9%
Gillespie borate 10%
Nepheline syenite 50%
Flint 7%
Wollastonite 15%
Lithium carbonate 9%
Soda ash 10%
Titanium dioxide 5%
Black iron oxide 6%
70C over 56
70 - Raspberry C/6
Whiting 20%
Neph Syenite 18%
Frit 3134 14%
Om-4 Ball Clay 18%
Silica 30%
Green Chrome Ox .02%
Tin Oxide 7.5%
56 - Bee's Green C/6
Gillespie Borate 40.3%
Strontium Carb 0.2%
Talc 9.9%
Zinc Oxide 0.1%
Custer Spar 20.1%
EPK 10.6%
Silica 18.8%
Tin Oxide 2%
Copper Carb 2%
Cobalt Oxide 0.8%
Red Copper Oxide 2%
Rutile 4.8%
70C over 87
70 - Raspberry C/6
Whiting 20%
Neph Syenite 18%
Frit 3134 14%
Om-4 Ball Clay 18%
Silica 30%
Green Chrome Ox .02%
Tin Oxide 7.5%
87 - Zinc Semi-matte/Glossy Base Glaze Sea Green C/6
Neph Syenite 36%
Wollastonite 13%
Zinc Oxide 10%
EPK 10%
Silica 31%
Cobalt Carbonate 1%
Rutile 6%
70C over 121
70 - Raspberry C/6
Whiting 20%
Neph Syenite 18%
Frit 3134 14%
Om-4 Ball Clay 18%
Silica 30%
Green Chrome Ox .02%
Tin Oxide 7.5%
121 - Transparent C/6 Almost Black
Potash Spar 44%
EPK 6%
Bentonite 2%
Lithium Carb 4%
Whiting 14%
Zinc Oxide 5%
Silica 24%
Black Iron Oxide 12%
70C over 132
70 - Raspberry C/6
Whiting 20%
Neph Syenite 18%
Frit 3134 14%
Om-4 Ball Clay 18%
Silica 30%
Green Chrome Ox .02%
Tin Oxide 7.5%
132 - Blue Green Sugar Maples Cone 6
Talc 3.3%
Whiting 14.3%
Frit 3134 13.3%
Minspar 46.2%
EPK 6.4%
Silica 16.5%
Tin Oxide 2.4%
Zinc Oxide 4.4%
Black Copper Ox 1.1%
Bentonite 2%
70C over 159
70 - Raspberry C/6
Whiting 20%
Neph Syenite 18%
Frit 3134 14%
Om-4 Ball Clay 18%
Silica 30%
Green Chrome Ox .02%
Tin Oxide 7.5%
159 - Carmen's Turquoise C/6
Neph Syenite 52.8%
Whiting 1.9%
Strontium Carb 30.2%
EPK 8.5%
Flint 6.6%
Copper Carb 4.3%
Bentonite 3%
Thank you for sharing. jb
ReplyDeleteI think the Raspberry recipe, which is the recipe from Hesselberth and Roy, should have 0.2 % Chrome Oxide instead of .02 %.
ReplyDelete