Thursday, November 4, 2010

Cone 6 Oxidation Results Group 4

Cone 6 Oxidation results Group 4
by Terry Rorison

To see explanation and Group 1, click on the link below:

http://wpapotters.blogspot.com/2010/11/cone-6-oxidation-results-group-1.html


To see Group 2 results, click on the link below: 

http://wpapotters.blogspot.com/2010/11/cone-6-oxidation-results-group-2.html

To see Group 3 results, click on the link below:

http://wpapotters.blogspot.com/2010/11/cone-6-oxidation-results-group-3.html 

144
144 Hansen Clear GA12 Cone 6 Lt. Blue




Custer Spar 0.2

Frit 3134 0.2

EPK 0.2

Wollastonite 0.2

Silica 0.2

Cobalt Carb 0.01

 145
145 Satin Matt Cone 6 Lt. Green GA23




Neph Syenite 0.418

Gillespie Borate 0.104

EPK 0.125

Whiting 0.104

Lithium Carb 0.062

Silica 0.125

Titanium Dioxide 0.062

Copper Carb 0.02

 146
146 Satin Matt Cone 6 Lt. Blue-Green GA23




Neph Syenite 0.418

Gillespie Borate 0.104

EPK 0.125

Whiting 0.104

Lithium Carb 0.062

Silica 0.125

Titanium Dioxide 0.062

Cobalt Carb 0.01


 147
147 Satin Matt Cone 6 Rusty Bronze GA23




Neph Syenite 0.418

Gillespie Borate 0.104

EPK 0.125

Whiting 0.104

Lithium Carb 0.062

Silica 0.125

Titanium Dioxide 0.062

Red Iron Oxide 0.03

 148
148 Brilliant Shiny Cobalt Blue Cone 6 GA24




Minspar 0.48

Gillespie Borate 0.08

EPK 0.09

Talc 0.02

Whiting 0.07

Zinc Oxide 0.05

Silica 0.21

Cobalt Oxide 0.02

Bentonite 0.02
 150
150 Ron Roy Black Glossy Cone 6




Custer Potash Feldspar  0.22

Whiting 0.02

Talc 0.05

Frit 3134 0.26

EPK 0.17

Silica 0.26

Bentonite 0.02

Red Iron Oxide 0.09

Cobalt Carb 0.01
 151
151 CC Blue Semi-Gloss Cone 6




Custer Potash Feldspar  0.452

Silica  0.18

Dolomite 0.142

Gillespie Borate 0.114

EPK 0.052

Zinc Oxide 0.05

Bentonite 0.02

Black Copper Oxide 0.025

Cobalt Oxide 0.025
 152
152 Turquoise Matt Cone 6




Nepheline Synite  0.62

Strontium Carbonate  0.21

Silica 0.08

OM#4 Ball Clay  0.07

Lithium Carbonate  0.03

Copper Carbonate  0.04

Bentonite 0.04

 153
153 Blue Hare’s Fur Cone 6




Nepheline Synite  0.45

Gillespie Borate 0.26

Silica 0.19

EPK 0.05

Red Iron Oxide 0.02

Cobalt Oxide 0.01

Rutile 0.01

Bentonite 0.01

 154
154 Transparent Dark Green Glossy Cone 6




Minspar 0.47

Whiting 0.18

OM#4 Ball Clay  0.14

Silica 0.06

Gillespie Borate 0.09

Copper Carbonate  0.05

Red Iron Oxide 0.01

 155
155 Xavier’s Jade Green




Talc 0.09

Whiting 0.16

Custer Potash Feldspar  0.4

Frit 3124 0.09

EPK 0.1

Silica 0.16

Copper Carb 0.03

Rutile 0.06

 156
156 Blue-Green Matt




Minspar 0.50

Whiting 0.18

EPK 0.15

Zinc Oxide 0.08

Silica 0.04

Bentonite 0.02

Cobalt Carb 0.01

Rutile 0.02
 

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7 comments:

  1. Sandy MillerMarch 7, 2012 at 9:32 PM

    Terry having good result dipping Xavier's Jade in purple icing.
    best,
    Sandy

    ReplyDelete
  2. AnonymousJuly 18, 2013 at 9:25 PM

    were can i find Purple Icing glaze? I am looking for a purple glaze C/6

    ReplyDelete
  3. Terry RorisonJuly 21, 2013 at 6:21 AM

    Anon:

    Purple Icing ^6 From Laura Freedman, 1999
    http://www.potters.org/subject23543.htm/

    Gerstley 6.2
    Lithium Carb 2.0
    Magnesium Carbonate 6.1
    Strontium Carbonate 12.6
    Whiting 12.1
    Nepheline Syenite 21.0
    Flint 40.0
    Add:
    Tin Oxide 3.0
    Cobalt Carbonate 1.0
    Rutile 3.6
    Bentonite 2.0

    ReplyDelete
  4. AnonymousDecember 18, 2015 at 9:08 AM

    I have the turquoise mat glazen. What is the exact temperatuur for cone6. De glazen does not do anything. What do I do wrong? I hope someone can help me.

    ReplyDelete
  5. Terry RorisonDecember 22, 2015 at 4:30 PM

    It is possible that the materials that you are using are different from those that I use. Where are you located? The difference in the source of material may affect the result.

    ReplyDelete
  6. IsabellaJanuary 31, 2018 at 4:35 PM

    151 CC Blue Semi-Gloss Cone 6 Is amazing and consistent. The Xaviers green is very frustrating, when with less water it causes a foam like texture when fired, but when thin it is so thin on the pot as to not really be glazed, just a bit iridescently shiny. Not sure what happened with that one.

    ReplyDelete
  7. stephenMarch 1, 2019 at 3:09 AM

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    ReplyDelete

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