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G2934 (lower-LOI)
Total:100.00 Auto Unity Formula
Notes *This recipe was made as an alternative to blending G2934 matte and G2926B glossy to tune the degree of matteness (this being equal to about an 85:15 mix of those). Those two recipes do not require Frit 3249, they use the much more common 3134, 3124 and 3195. If you are getting started that approach would likely be better for you. Pictures G2934Y plus 8% Cerdec orange stain on Polar Ice, P300 ![]() The stain is #239616 encapsulated. The silky surface is stunning. The color is brighter on whiter porcelains. G2934Y vs. G2934 melt flow balls ![]() 10 gram balls were melted down onto these tiles at cone 5.5. G2934Y vs G2934 melt flow test ![]() The difference is quite amazing. The chemistry is the same. But the MgO is much more readily released from its source materials in the Y version. Also, even thought the melt is more fluid, it is still just as matte. Part of the reason for the extra fluidity could be the much lower entrained micro-bubble population in the Y (these possibly impeding the flow of the dolomite version on the left). G2934Y matte with Cerdec red, orange stains ![]() 8% stain in each. Cone 6. Drop and hold firing. The surface quality is truly stunning! G2934Y matte on M370 - cup ![]() Surface very pleasant and finer than the standard G2934. G2934 (left) vs G2934Y (right) at cone 6 ![]() G2934Y with brushwork decoration - By Ingeborg Koot ![]() It is not bleeding significantly because the glaze has not been applied too thick. G2934Y, G2926B, G3806N on L4202 ![]() Cone 6, slow cool. Sitting for 3 weeks. G2934Y, G2926B, G3806N on L4201 ![]() Cone 6 slow cool. Sitting for about 3 weeks. G2934Y, G2926B, G3806N on L4200 ![]() Cone 6 slow cool. Sitting for 3 weeks. G2926B, G2934Y on L4199 ![]() Cone 6 slow cool. Sitting for 3 weeks. G2934Y, G2926B, G3806N on L4198 ![]() Cone 6. Slow cool. Sitting for 3 weeks. G2934Y, G2926B, G3806N on L4197 ![]() Slow cool. Cone 6. Sitting for three weeks. Typecodes C6-Cone 6 Glazes Variations -6600 - Black 16 - Yellow 1680 dry and 1400 water produced SG of 1.44. Pretty thick, added a little darvan. Nov. 22/19: Joe made up a 500 gram batch of this glaze. 500 gms. powder 520 gms. water. S.G. checked 3 days lat 239616 - Orange Cerdec stain. Required no Epsom salts at 1.43 SG. Joe: Aug.2/18 Made a batch of this glaze: Total Powder 3400 grams Total Water 4000 grams S.G via Viscometer 1.417 Viscosity via Ford Cup 12 4 - Overglaze Blue Test this as a brush-on color for using over G2934Y. We should demonstrate to customers how to fine tune the melt fluidity of an overglaze color and how to mix it with gum to make it paintable. 6000 - Shell Pink Joe: Aug.8/18 made a batch using same percentages as when I made a batch of the Orange version on Aug.2/18. Total Powder: 2500 grams Water: 2946 grams. S.G. vis Viscometer was 1.401 Viscosity Ford 6213 - Hemlock Green A little dark. Very intense. Mixed 110 water to 100 dry (3575/3250) to get 1.43 SG. 6304 - Purple 6364 - Baby Blue 3380 powder, 2800 water. 1.43 SG. Worked perfectly. Joe: I think water and powder quantities should be reversed as below percentages? Joe: July 21/21 Made a 5000 gram batch of base powder and ad 6700 - White Pink - Mason 6020 XML (to paste into Insight) <?xml version="1.0"?> <recipes version="1.0" encoding="UTF-8"> <recipe name="G2934 (lower-LOI)" id="113976" key="M4BEquXd" date="2023-11-01" typecodes="C6" codenum="G2934Y" picturebasename=""> <recipelines> <recipeline material="Ferro Frit 3249" amount="10.000" tolerance=""/> <recipeline material="EPK" amount="20.500" tolerance=""/> <recipeline material="Wollastonite" amount="21.500" tolerance=""/> <recipeline material="Talc" amount="14.000" tolerance=""/> <recipeline material="Nepheline Syenite" amount="10.500" tolerance=""/> <recipeline material="Silica" amount="13.000" tolerance=""/> <recipeline material="Calcined Kaolin" amount="10.500" tolerance=""/> </recipelines> </recipe> </recipes> Born: 2014-03-21, Modified: 2023-11-01 04:47:03 |
G2934Y Turquoise - Fusion F-69
Notes *This uses both Fusion Frit F-69 and 45micron silica. Pictures G2934Y Turquoise blue , Ferro (left) vs Fusion frit ![]() C6DSSC firing G2934Y Turquoise on M370 ![]() Surface quality is slightly different than with Ferro Frit. Not quite as rich. Perhaps 1% more stain is needed. G2934Y Turquoise test on Polar Ice ![]() Employ Fusion frit F-69. C6DSSC firing. Glaze surface is a little too matte, not quite as bright as normal. Will try quick cool. Untitled ![]() G2934Y Turquoise using Fusion Frit ![]() Both use the Fusion frit. G2934Y, G2934 85:15 C6DSSC firing ![]() The blue uses Frit F-69. The black is too glossy, the blue is good. It would use perhaps 1% more stain. XML (to paste into Insight) Born: 2021-07-26, Modified: 2024-05-30 13:33:38 |
G2934Y Red Using F-69
Total:111.00 Auto Unity Formula
Notes Pictures Typecodes C6-Cone 6 Glazes XML (to paste into Insight) <?xml version="1.0"?> <recipes version="1.0" encoding="UTF-8"> <recipe name="G2934Y Red Using F-69" id="132192" key="cGpvxHuT" date="2018-12-29" typecodes="C6" codenum="G2934Z" picturebasename=""> <recipelines> <recipeline material="Fusion Frit F-69" amount="10.000" tolerance=""/> <recipeline material="Nepheline Syenite" amount="10.500" tolerance=""/> <recipeline material="Wollastonite" amount="21.500" tolerance=""/> <recipeline material="Talc" amount="14.000" tolerance=""/> <recipeline material="EPK" amount="20.500" tolerance=""/> <recipeline material="Silica" amount="13.000" tolerance=""/> <recipeline material="Calcined Kaolin" amount="10.500" tolerance=""/> <recipeline material="Mason 6021 Red Stain" amount="11.000" added="true"/> </recipelines> </recipe> </recipes> Born: 2014-03-21, Modified: 2018-12-29 14:54:33 |