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G2934:G2926B Oatmeal Cone 6 #2
Total:108.00 Auto Unity Formula
Notes *This is an adjustment to G3933 for a little more matteness and a little more variegation (this has more iron, more G2934, more rutile. Pictures G3933 vs G3933A at cone 6 ![]() Using the C6DHSC schedule. G3933A cone 5 ![]() Using the C5DHSC firing schedule. G3933A cone 5 on L4484D black porcelain ![]() Using the C5DHSC firing schedule. G3933A G2934:G2926B Oatmeal on dark, light body ![]() Standard cone 6 C6DHSC firing schedule on M390, M340. G3933A On M340, Coffee clay ![]() Drop and soak, 250c/hr down to 1400C. XML (to paste into Insight) <?xml version="1.0"?> <recipes version="1.0" encoding="UTF-8"> <recipe name="G2934:G2926B Oatmeal Cone 6 #2" id="211015" key="M5aBGqWT" date="2023-10-31" codenum="G3933A"> <recipelines> <recipeline material="G2934 Matte Glaze" lookup="G2934" amount="80.000" tolerance=""/> <recipeline material="G2926B Glossy Glaze" lookup="G2926B" amount="20.000" tolerance=""/> <recipeline material="Red Iron Oxide" amount="1.500" added="true"/> <recipeline material="Tin Oxide" amount="5.000" added="true"/> <recipeline material="Rutile" amount="1.500" added="true"/> </recipelines> </recipe> </recipes> Born: 2021-10-27, Modified: 2023-10-31 21:15:21 |
G3933 Oatmeal Ravenscrag #2
Total:108.10 Auto Unity Formula
Notes *This is the product of an effort to achieve the warm and rich color of G3933 without the tendency to crawl. To do that we have used Ravenscrag Slip as the base and sourced MgO from dolomite and Ferro Frit frit 3249 (earlier tests sourcing MgO from talc were unsuccessful, off-gassing from the talc was puffing up the glaze with micro-bubbles). Pictures g3933D vs G3933 vs G3933E ![]() G3933E is glossy but is not puffing up like G3933D does. The original G3933 (centre) is the target surface. G3933E on porcelain, M340, M390, Coffee Clay ![]() Too glossy (this was not a slow cool firing). However there is no crawling. G3933 vs G3933E mugs ![]() G3933D has no crawling (while the G3933 has a lot). This was not a slow cool firing. g3933D vs G3933E mugs ![]() G3933D is puffing up (because of the talc). G3933E has no crawling but is a little too glossy. This was drop-and-hold but not slow cool firing. G3933 vs G3933E slow and fast cooled ![]() The G3933E has richer color than the original G3933. And it is flexible to be glossy or matte depending on cooling. G3933E Vs G3933 ![]() Slow cool firing. The G3933E is giving a better surface. Typecodes C6-Cone 6 Alternate Code Number:MG6CDM XML (to paste into Insight) <?xml version="1.0"?> <recipes version="1.0" encoding="UTF-8"> <recipe name="G3933 Oatmeal Ravenscrag #2" id="243984" key="Na6umSz7" date="2023-10-12" typecodes="C6" codenum="G3933E" picturebasename=""> <recipelines> <recipeline material="Ravenscrag Slip" amount="26.500" tolerance=""/> <recipeline material="Ravenscrag Slip 1000F Roast" amount="22.000" tolerance=""/> <recipeline material="Calcined Kaolin" amount="14.500" tolerance=""/> <recipeline material="Ferro Frit 3249" amount="11.500" tolerance=""/> <recipeline material="Dolomite" amount="9.700" tolerance=""/> <recipeline material="Ferro Frit 3110" amount="7.100" tolerance=""/> <recipeline material="Silica 325" lookup="Silica" amount="8.800" tolerance=""/> <recipeline material="Tin Oxide" amount="5.000" added="true"/> <recipeline material="Rutile" amount="1.500" added="true"/> <recipeline material="Red Iron Oxide" amount="1.500" added="true"/> </recipelines> </recipe> </recipes> Born: 2014-03-21, Modified: 2023-10-12 14:46:05 |
G3933 Oatmeal Alberta Slip + Li
Total:106.70 Auto Unity Formula
Notes *This was done to find a way to mix G3933 Oatmeal using Alberta Slip. But it morphed into an Albany Brown recipe. Pictures G3933G Oatmeal Alberta Slip + Li ![]() Top left is G3933G1. G3933G1 with 6% lithium carbonate vs PC-32 ![]() Fired at cone 6, drop and hold. Typecodes C6-Cone 6 Alternate Code Number:MG6CDM XML (to paste into Insight) <?xml version="1.0"?> <recipes version="1.0" encoding="UTF-8"> <recipe name="G3933 Oatmeal Alberta Slip + Li" id="246447" key="Hs2PSMQb" date="2023-11-08" typecodes="C6" codenum="G3933G1" picturebasename=""> <recipelines> <recipeline material="Alberta Slip" amount="38.102" tolerance=""/> <recipeline material="Alberta Slip 1000F Roasted" amount="13.000" tolerance=""/> <recipeline material="Calcined Kaolin" amount="10.309" tolerance=""/> <recipeline material="Ferro Frit 3249" amount="11.403" tolerance=""/> <recipeline material="Silica 325" lookup="Silica" amount="16.272" tolerance=""/> <recipeline material="Calcium Carbonate" amount="5.829" tolerance=""/> <recipeline material="Dolomite" amount="5.289" tolerance=""/> <recipeline material="Tin Oxide" amount="5.000" added="true"/> <recipeline material="Rutile" amount="1.500" added="true"/> </recipelines> </recipe> </recipes> Born: 2014-03-21, Modified: 2023-11-08 04:39:55 |
Classic Albany Lithium Brown Glossy
Total:100.00 Auto Unity Formula
Notes *This recipe was popular for many years. Over time people reduced the amount of lithium (trading it for a feldspar). The high Albany Slip content made the slurry difficult to use (drying shrinkage and crawling being the main issue). People did not learn to solve that by roasting part of the Albany clay (as is done with Alberta Slip now). Pictures Alternate Code Number:GA6-G XML (to paste into Insight) <?xml version="1.0"?> <recipes version="1.0" encoding="UTF-8"> <recipe name="Classic Albany Lithium Brown Glossy" id="73394" key="3oA65Z5t" date="2023-10-31" codenum="G2415E" picturebasename=""> <recipelines> <recipeline material="Lithium Carbonate" amount="10.000" tolerance=""/> <recipeline material="Tin Oxide" amount="4.000" tolerance=""/> <recipeline material="Albany Slip" amount="86.000" tolerance=""/> </recipelines> </recipe> </recipes> Born: 2003-09-26, Modified: 2023-10-31 20:57:12 |
G2415E Alberta Slip Brown (less Li)
Total:105.00
Notes *The lithium has been cut (to reduce cost). You can increase it a little if greater contrast between light and dark is desired. Pictures Melt flow test of lithium brown cone 6 glazes ![]() Left to right: G2415J, K, K+3% TIO2 on M340 ![]() The titanium mattes the surface. Alternate Code Number:GA6-G1 XML (to paste into Insight) <?xml version="1.0"?> <recipes version="1.0" encoding="UTF-8"> <recipe name="G2415E Alberta Slip Brown (less Li)" id="66651" key="7QFS2RqP" date="2023-10-31" codenum="G2415J" picturebasename=""> <recipelines> <recipeline material="Alberta Slip" amount="40.000" tolerance=""/> <recipeline material="Alberta Slip 1000F Roasted" amount="35.000" tolerance=""/> <recipeline material="Ferro Frit 3249" amount="17.000" tolerance=""/> <recipeline material="Silica 325 mesh" lookup="Silica" amount="4.000" tolerance=""/> <recipeline material="Tin Oxide" amount="4.000" added="true"/> <recipeline material="Lithium Carbonate" amount="5.000" added="true"/> </recipelines> </recipe> </recipes> Born: 2013-06-03, Modified: 2023-10-31 21:07:24 |
AMACO PC-32 Albany Brown
Notes Pictures PC-32 applied thick on M332 - slow cool ![]() PC-32 on M340, thickly applied ![]() PC-32 over G2934 Black ![]() On Plainsman 3B MNP native clay. PC-32 on G2934 matte black at cone 6 ![]() On Plainsman M340. Melt flow test of lithium brown cone 6 glazes ![]() Left to right: XML (to paste into Insight) Born: 2018-11-09, Modified: 2023-11-03 21:12:30 |