AO | B1 | CE | F5 | F5-3NO-E1 | FO | G1214M | G1214W | G1214Z | G1215U | G1216L | G1216M | G1916Q | G1947U | G2000 | G2240 | G2571A | G2587 | G2826X | g2851H | G2853B | G2896 | G2902B | G2902D | G2916F | G2926B | G2926J | G2926S | G2928C | G2931H | G2931K | G2931L | G2934 | G2934Y | G3806C | G3838A | G3879 | GA10-A | GA10-B | GA10-D | GA10x-A | GA6-A | GA6-AR | GA6-B | GA6-C | GA6-D | GA6-F | GA6-G | GA6-G1 | GA6-H | GBCG1 | GBCG2 | GC | GR | GR10-A | GR10-B | GR10-C | | GR10-G | GR10-J | GR10-J1 | GR10-K1 | GR10-L | GR6-A | GR6-B | GR6-C | GR6-D | GR6-E | GR6-F | GR6-H | GR6-L | GR6-M | GR6-N | L2000 | L3341B | L3500E | L3617A | L3685U | L3724F | L3924C | L3954B | L3954N | P3998 | P5283 | TF | VS | WM | ZZ1 |

Insight-Live Shares

| G1214Z1 - Cone 6 Calcium Matte Base | G1916Q - Cone 03-04 Expansion Adjustable Gloss Base | G2890C - Randy's Red Using Frit, Redart | G2890D - Randy's Red Using Frit, Redart, BoneAsh | G2926 - Perkins Clear | G2926A - Perkins Clear with Frit 3134 | G2926B - Cone 6 Clear Glossy Base | G2926J - G2926B Reduced COE (Li2O) | G2926S - G2926B Reduced COE (MgO) | G2931 - Worthington Cone 06-2 Clear | G2931F - Zero3 Ulexite Transparent Glaze | G2931G - Zero3 G Low Expansion Low Fire Clear | G2931H - Zero3 H High Expansion Variant | G2931K - Zero3 K Cone 03 Transparent Glaze | G2931L - Zero3 L Low Expansion Variant | G2931L2 - Zero3 L Low Expansion w/F-69 | G2932 - Deb's Clear Cone 04-02 | G2934 - Cone 6 Magnesia Matte Base | G2934Y - G2934 (lower-LOI) | G2934Y1 - G2934Y (Anti-Crawling) | G2934Y2 - G2934Y (Higher COE/Stony) | G2934Y3 - G2934 Super Durable | G2934Y4 - G2934 Super Durable #2 | G2938 - Wright's Water Blue Base | G2941A - Leach's Satin Clear Original | G2941C - Leach's Satin Clear - Craze fix | G3806 - Panama Blue Cone 6 | G3806A - Panama Blue 2 - More clay, Copper Oxide | G3806B - Panama Blue 3 - Copper Carbonate | G3806C - Panama Cone 6 Adjustment 2015 | G3806D - Panama c6 - Lower COE #1 | G3806E - Panama c6 - Lower COE #2 | G3806F - Panama c6 - Lower COE #3 | G3806K - Panama c6 - Lower COE #7 | G3806N - C6 Fluid Clear Final Recipe #10 | G3808 - Cone 6 Bright Clear - Shaun Mollonga | G3808A - Cone 6 Bright Clear using Frits | G3813 - Campana Cone 6 Transparent Glaze | G3813B - Campana Clear Lower Expansion #2 | G3813C - Campana Clear Low Expansion (no Spodumene) | G3814 - Low Zinc High Feldspar Fritless base | G3834 - Tenmoku Cone 6 | G3840 - Shino Trial Number 1 | G3868 - Gold - Cone 6 | G3868A - Gold Using Spodumene | G3868B - Gold Using Fusion Frit 493 | G3868C - Gold Using Frit #2 | G3879 - Cone 04 UltraClear Glossy Base | G3888 - Kieth Davitt High-fluid-melt copper blue | G3904 - Original Recipe Using Frit 3124 | G3904A - 3134 Mistake Recipe Fixed | GA6-A - Alberta Slip Base Glaze Cone 6 | L2626 - Barnard Slip | L3500C - Alta Slip Cone 6 Base w/Frit 3195 | L3500E - Alta Slip Cone 6 Base w/Frit 3249 | L3673 - Laguna Barnard Slip Sub | L3685U1 - Zero3 Engobe | L3685Y - Cone 03 Terrastone 2 Engobe | L3693H1 - Plastic Refractory Alumina Body H1 | L3724N2 - Zero3 Stoneware | L3778D - Cone 6 Grolleg Porcelain - VeeGum | L3778D1 - Cone 6 Grolleg Pink Porcelain | L3778D2 - Cone 6 Grolleg Blue Porcelain | L3778F - Cone 6 Grolleg Porcelain - Bentonite | L3778G - Cone 6 Translucent Grolleg Casting | L3798C - M340 Casting Body | L3798G - M340 Casting Body Revision 7 | L3806L - Panama c6 - Lower COE #8 | L3868 - Craft Crank - From PotClays, UK | L3868A - Craft Crank - Base | L3868B - Craft Crank Clone | L3869 - Crank Industrial - From England | L3869A - Industrial Crank Base | L3906 - P300 Cone 6 Casting Body | L3911 - Bizen Clay | L3916 - Bizen Duplicate using Plainsman Materials | L3954B - White Engobe for M390, M340 | L3954F - Black Cone 6 Stained Engobe | L3954J - Black Cone 10 Whiteware Engobe | L3954N - White/Black Cone 10 Engobe | L3972 - 98 Mix | L3977 - BGP Low Stoneware Body | L4001 - Plainsman Super Kiln Wash | L4005D - M390 Casting Version 5 | L4068 - Barnard Chemical Substitute | L4122 - Nevada Grey Bentonite North Pit | L4122A - Nevada Yellow Bentonite South Pit | L4125 - 3D with Nevada Bentonite South | L4125A - 3D with 20% Nevada Bentonite | L4163 - Red Art Cone 1 Body - Heather | L4170 - Terra Cotta Casting - Cone 04 | L4208D - 3B +200# particles sieved out | L4217F - M370 Cone 6 Casting Body | L4217G - M370 Cone 6 Casting Body | L4227 - Plus Clay | L4228 - Fimo Clay | L4244 - BGP Clay:Flyash Body 50:50 mix | L4244A - Bentonite Flyash Body 10:90 | L4245 - LaFarge Type F Fly Ash | L4246 - A2 +200# particles sieved out | L4247 - A3 +200# particles sieved out | L4248 - Old Hickory M23 Ball Clay | L4249 - 3D +200# particles sieved out | L4254 - Grande Prairie Clay | L4254A - Cone 1 Body Trial | L4254B - Cone 1 Body Trial 2 | L4254C - Cone 1 Body Trial 2 | L4254E - Cone 1 Body Trial 3 | L4254F - Cone 1 Body Trial 4 | L4254G - Cone 1 Body Trial 5 | L4254H - Cone 1 Body Trial 4 | L4273 - G3806N1 + 2% Zircopax | L4287 - Midfield Clay Yukon | L4287A - Catchment Clay Yukon | L4355 - SiC bonded with L4254 | P4738A - 98 BGP RETEST | P4808 - 45D | P6385 - M2 ST |

GR10-E - Alberta Slip:Ravenscrag Cone 10R Celadon

Modified: 2019-03-22 12:05:54

A celadon recipe containing only two ingredients. It affords slurry and drying control because proportions of raw and calcined materials can be varied.

Material Amount
Alberta Slip 1000F Roast47.50
Ravenscrag Slip47.50
Ferro Frit 31345.00
100.00

Notes

This is a celadon that you can tune to your needs. It works well on dark and light stonewares and porcelains. Adjust the proportions of Alberta Slip to Ravenscrag Slip to fine tune the color (more Ravenscrag for lighter color). Adjust the amount of frit to tune the amount of gloss and melt fluidity. Calcium carbonate also works, but may produce more bubbles floating in the matrix. If you fire to cone 11, then no flux may be needed.

You can fine tune the thermal expansion (e.g. frit 3134 for higher expansion, 3249 for lower, 3124 for nuetral).

Since this glaze is 90% clay, you will need to calcine half of the Alberta Slip complement to reduce the drying shrinkage if it will be applied to bisque ware (if applied to leather hard ware it should be OK as to use pure raw Alberta Slip).

Related Information

GR10-E Ravenscrag:Alberta Slip with 10% calcium carbonate

At cone 10R this produces an overly melted glaze. It also crazes.

Ravenscrag GR10-E celadon glaze

(50:50 Ravenscrag Slip:Alberta Slip) at cone 10R on porcelain (right) and stoneware (left).

GR10-E 50:50 Alberta Slip:Ravenscrag Slip celadon at cone 10R

On a white stoneware and a porcelain. The glaze is transparent, it has depth and varies in shade according to thickness, breaking to a much lighter shade on the edges of contours.

Ravenscrag Celadon and silky matte glazed mug by Tony Hansen

The outside glaze on this cone 10R mug (made of Plainsman H550) is simply an Alberta Slip:Ravenscrag Slip 50:50 mix with 5% added Ferro Frit 3134 (the Alberta Slip is calcined). This produces a stunning celadon with great working and application properties. Inside glaze: Ravenscrag Slip 90%, talc 10% (a matte having an extra ordinary silky texture). Learn more at ravenscrag.com.

Roasting Alberta Slip at 1000F

Roasted Alberta Slip (right) and raw powder (left). These are thin-walled 5 inch cast bowls, each holds about one kg. I hold the kiln at 1000F for 30 minutes. Why do this? Because Alberta Slip is a clay, it shrinks on drying. Roasting eliminates that, a 50:50 raw:roast mix works well for most recipes having high percentages of Alberta Slip. And 1000F? Calcining to 1850F sinters some particles together (creating a gritty material) while 1000F produces a smooth, fluffy powder. Technically, Alberta Slip losses 3% of its weight on roasting so I should use 3% less than a recipe calls for. But I often just swap them gram-for-gram.

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By Tony Hansen


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