High Fire Glazes

Grid sets that contain glazes suitable for high fire.

These sets contain glazes that are suitable for around 1300 deg C.  or around cone 10... plus or minus 50 deg C at least, or a couple of cones.  Many of the glazes on these tiles will be better at higher or lower firings, to be determined by the experimenter.  Although there is usually a best firing range for a particular glaze, there is no best temperature for any grid tile; any grid may be fired over a range of at least 100 deg. C, and at different temperatures, different glazes will reach their best result.

2_0.7L+10FeCn10R_Dark1200px.jpg

2_0.7L+10FeCn10R_Dark1200px.jpg

2_0.7L+10FeCn10R_Dark1200px.jpg

Read More…

2_0.7L+10FeCn12R_Dark1200px.jpg

2_0.7L+10FeCn12R_Dark1200px.jpg

2_0.7L+10FeCn12R_Dark1200px.jpg

Read More…

3_0.7L+1CoCn12R_Dark1200px.jpg

3_0.7L+1CoCn12R_Dark1200px.jpg

3_0.7L+1CoCn12R_Dark1200px.jpg

Read More…

4_0.7L+10TiCn10R_Dark1200px.jpg

4_0.7L+10TiCn10R_Dark1200px.jpg

4_0.7L+10TiCn10R_Dark1200px.jpg

Read More…

4_0.7L+10TiCn12R_Dark1200px.jpg

4_0.7L+10TiCn12R_Dark1200px.jpg

4_0.7L+10TiCn12R_Dark1200px.jpg

Read More…

5_0.7L+5FeCn12R_Dark1200px.jpg

5_0.7L+5FeCn12R_Dark1200px.jpg

5_0.7L+5FeCn12R_Dark1200px.jpg

Read More…

0.7L+0.5%Co+5%Ti^10R1200px.jpg

0.7L+0.5%Co+5%Ti^10R1200px.jpg

0.7L+0.5%Co+5%Ti^10R1200px.jpg

Read More…

0.7L2.5Fe0.25Co2.5Ti^10R1200px.jpg

0.7L2.5Fe0.25Co2.5Ti^10R1200px.jpg

0.7L2.5Fe0.25Co2.5Ti^10R1200px.jpg

Read More…

6_0.7L+0.5Co+5TiCn12R_Dark1200px.jpg

6_0.7L+0.5Co+5TiCn12R_Dark1200px.jpg

6_0.7L+0.5Co+5TiCn12R_Dark1200px.jpg

Read More…

7_0.7L+0.25Co+2.5Ti+2.5FeCn12R_Dark1200px.jpg

7_0.7L+0.25Co+2.5Ti+2.5FeCn12R_Dark1200px.jpg

7_0.7L+0.25Co+2.5Ti+2.5FeCn12R_Dark1200px.jpg

Read More…

7_0.7L+0.25Co+2.5Ti+2.5FeCn10R_Dark1200px.jpg

7_0.7L+0.25Co+2.5Ti+2.5FeCn10R_Dark1200px.jpg

7_0.7L+0.25Co+2.5Ti+2.5FeCn10R_Dark1200px.jpg

Read More…

Ba/SrComparison1200px.JPG

Ba/SrComparison1200px.JPG

Comparison of two grid tiles, identical in all ways except for the substitution (in the right-hand tile) of Strontium carbonate for Barium carbonate, weight for weight. Clay body and firing are identical.

Read More…

CC-Tuscany^8R-'04-1200px.JPG

CC-Tuscany^8R-'04-1200px.JPG

CC-Tuscany^8R-'04-1200px.JPG Hi barium set with cobalt and rutile

Read More…

Daniel'sComet^11R1200px.JPG

Daniel'sComet^11R1200px.JPG

High barium set with copper and rutile

Read More…

Haarlem'06BaBl^3&^9ox1200px.JPG

Haarlem'06BaBl^3&^9ox1200px.JPG

Comparison of two grid tiles with identical sets of high barium glazes showing the temperature stability of barium matt glazes, Orton cone 3 on the left and Ortone cone 9 on the right, both fired in oxidation.

Read More…

ParksvilleComet^7_1200px.JPG

ParksvilleComet^7_1200px.JPG

ParksvilleComet^7_1200px.JPG

Read More…

6_0.7L+0.5Co+5TiCn10R_Dark1200px.jpg

6_0.7L+0.5Co+5TiCn10R_Dark1200px.jpg

6_0.7L+0.5Co+5TiCn10R_Dark1200px.jpg

Read More…

6_0.7L+0.5Co+5TiCn10RQC_Dark1200px.jpg

6_0.7L+0.5Co+5TiCn10RQC_Dark1200px.jpg

6_0.7L+0.5Co+5TiCn10RQC_Dark1200px.jpg

Read More…

ArapahoeIncl.Stain^101200px.JPG

ArapahoeIncl.Stain^101200px.JPG

ArapahoeIncl.Stain^101200px.JPG

Read More…

Document Actions