82 - LIGHT YELLOW MATT
Aspect : matt	Cône : 6
Composants :	En masse :
Albany slip	25
Gerstley Borate	50
Kaolin	25
Notes : From Harold J. McWhinnie. Glazes of this sort can be strongly marked with rich visuakl textures due to their high flux content. Substitutions for albany slip: (1) barnard clay 25, (2) ball clay 12, iron 12. Also according to a computer analysis of the above glaze the addition of 5 % rutile would improve the durability.

83 - RANDY'S RED
Aspect :	Cône : 6
Composants :	En masse :
Gerstley Borate	31,96
Talc	13,86
Kona F4 Feldspar (sodique)	19,80
EPK (kaolin)	4,95
Silice	19,70
RIO (oxyde de fer rouge)	15,00
Notes : From Dianna Rose Downs.

84 - HAPPY'S MIX
Aspect : Semi-mat	Cône : 6 oxidation or reduction
Composants :	En masse :
Feldspath potassique	30
Spodumène	20
Dolomie	22,4
Cornwall stone (felspath mixte)	25
Carbonate de calcium	3,5
Zircopax (zircon : ZrSiO4)	10
Dioxyde d'étain	8
Bentonite	4
Notes : Semi-mat pale blue (over white clay) additions lite green : 1% black copper brown spotted gold : 10% red clay and 10 % gran. illemanite glue green spotted : 1% cob carb and 1% green chrome and 4% fine manganese diox.

85 - GUMP GREEN
Aspect :	Cône : 5 - 6 oxidation
Composants :	En masse :
Custer feldspar (potassique)	232,4
Carbonate de calcium	91,5
Silice	32,3
Oxyde de zinc	30,4
Kaolin	54,4
Dolomie	6,25
Carbonate de baryum	18,75
Ball Clay	12,5
Oxyde de fer noir	17,7
Carbonate de cobalt	3,5
Notes : From Patrick Veerkamp. apply thinish, best on dark body : dark green matt, black where thin, with kinda yellow overtones.

86 - BEIGE CREPE
Aspect : smooth matt	Cône : 6
Composants :	En masse :
Custer feldspar (potassique)	49
Silice	5,3
Carbonate de calcium	18
Oxyde de zinc	8,2
Ball Clay	14,7
Bentonite	4,8
Rutile (Dioxyde titane : TiO2)	6 à 8
Notes : From Janice Lipuma. A medium tan/gold smooth matt. great alone or over others. (the more rutile, the more golden color)

87 - SOFT TURK
Aspect : matt	Cône : 6
Composants :	En masse :
Custer feldspar (potassique)	34,9
Carbonate de calcium	12,6
Oxyde de zinc	25,8
Kaolin	4,1
SIlice	22,6
Rutile en grains (dioxyde de titane)	3
Carbonate de cuivre	3
Notes : medium blue green

88 - GLOSSY OPAQUE COPPER BLUE
Aspect : turquoise	Cône : 6 oxydation
Composants :	En masse :
Custer feldspar (potassique)	51
Silice	19
Carbonate de calcium	7
Gerstley Borate	21
Ball Clay	2
Carbonate de cuivre	4
Notes : Can also be made into rutile green by subst. Chrome Ox. 3 and rutile 3for the copper carb. Or, sky blue add cobalt carb 5 and rutile 3(omit copper carb) Very consistent, stores well. I think its from the COMPLETE BOOK OF CLAY AND GLAZES

89 - BARNARD BLACK
Aspect : satin matt black	Cône : 6 oxydation
Composants :	En masse :
Barnard clay	65
Custer feldspar (potassique)	15
Carbonate de calcium	10
Colemanite	10
Notes : The recipe does not specify which feldspar but Custer seems to work fine.   Note: 1. It goes dark brown over a light coloured glaze. 2. Crawls if put on too thickly. 3. Can be used on greenware. 4. Look Ma! No oxides! From Robert Wadey

90 - ROB WADLEY'S BARNARD BLACK
Aspect : semi gloss	Cône : 6 electric
Composants :	En masse :
Barnard clay	54
Néphéline syénite	29
Gerstley Borate	17
Notes : This was dark brown, well behaved semi-gloss. It's semi-transparent where thin. From Vickie AJohn Sproule

91 - OSB
Aspect : shino white	Cône : 6
Composants :	En masse :
Kona F4 Feldspar	45
Silice	33
Carbonate de calcium	4
Talc	7
Kaolin	5
Carbonate de soude	5
Dioxyde d'étain	10
Notes : Nice shino white breaking to orange.

92 - R-1000MATT
Aspect :	Cône : 6
Composants :	En masse :
Néphéline syénite	38,7
Wollastonite	15,2
Carbonate de baryum	15,2
Gerstley Borate	10,2
EPK (kaolin)	10,2
Silice	10,5
Notes : source for original recipe : Wayne Bate color: black, brown, blue, purple, turquoise, chartreuse, coral, yellow, crimson, and green. surface: matt RM-54 Black - 5% Mason 6600 RM-41 Brown - 10% Mason 6153 RM-53 Blue - 5% Mason 6313 RM-34 Purple - 10% Mason 6385, 5% Wollsatonite RM-37 Turquoise - 10% Mason 6390 RM-47 Chartreuse - 5%, Mason 6236 RM-55 Coral - 15% Mason 6090, 5% Frit 3134, 10% Wollastonite RM-50 Yellow - 5% Mason 6481 RM-44 Crimson - 10% Mason 6006 RM-42 Green - 6% Mason 6219 Mason stains = colorants céramiques

93 - NO NAME GLAZE
Aspect :	Cône : 6 reduction
Composants :	En masse :
Talc	25
Cryolite	15
Silice	30
EPK (kaolin)	30
Bentonite	2
Notes : submitted by Eliz Drachman

94 - ZAKIN'S GK ASH
Aspect :	Cône : 5 - 6
Composants :	En masse :
Fritte Ferro 3134	18
Carbonate de magnésium	7
Néphéline syénite	10
Carbonate de strontium	11
Spodumène	15
EPK (kaolin)	10
Carbonate de calcium	13
Opax	12
Bentonite	2
Ash, unwashed fireplace (cendre de bois de foyer de chauffage non lavée)	15
Notes : submitted by Janet Price. Doesn't add to 100 because of the strontium/barium substitution, the bentonite, and the ash. This may be closer to cone 5 than cone 6 but seems to work over a range of a couple cones. This is Zakin's GK base with 15% unwashed, mixed fireplace ashes, with strontium substituted for barium and superpax for opax. By itself over porcelain, the glaze is not particularly interesting. But other glazes on top of it run and drip and blend together nicely. I've found that if I glaze the lower 2/3 or 3/4 of a pot with a well?behaved glossy glaze, brush a coat of this ZGK ash glaze on the top 1/3 or so and then brush or dip some third glaze on top of the ash glaze, I get a nice pattern of runs that don't go off the bottom of the pot onto the kiln shelf (usually). Different glazes give different kinds of runs and bands of different glazes are interesting too. The few times I tried a matte glaze on the bottom, the pots cracked. Could have been coincidence. But I've been sticking with glossy glazes on the bottom since then.

95 - SHIMMER
Aspect : matt to glossy	Cône : 4 - 8
Composants :	En masse :
Custer feldspar (potassique)	45
Carbonate de calcium	22
Silice	13
Kaolin	15
Carbonate de lithium	6
Notes : comments: for green, add 6 gr rutile + 2 gr Cobalt Carbonate + 1 gr bentonite , for blue add .5% Cobalt Carbonate AT cone 4-5 these glazes are a wonderful matt; higher they turn 'glossy'. I especially did not like the green at this temperature - too hard and glassy looking. These recipes came from Capilano College in North Vancouver (Canada) where I took a glaze course. submitted by Penny Anagnostopoulos

96 - MATT BLACK
Aspect : matt	Cône : 6
Composants :	En masse :
Alnany slip	27,5
Custer feldspar (potassique)	30
Gerstley Borate	6,5
Silice	20
Ball clay	3
Oxyde de zinc	3
Carbonate de calcium	3
Talc	7
Carbonate de cuivre	9
Carbonate de cobalt	6
Notes : These recipes came from Capilano College in North Vancouver (Canada) where I took a glaze course. Another wonderful recipe from there is one for a matt black at cone 6. submitted by Penny Anagnostopoulos

97 - SATIN MATT
Aspect :	Cône : 6 - 4
Composants :	En masse :
Gerstley Borate	11,18
Dolomie	11,23
Carbonate de calcium	13,70
Oxyde de zinc	0,32
Néphéline syénite	41,37
EPK (kaolin)	5,95
Silice	16,25
Notes : The following is one of my favorite Satin Matts. It fires at cone 06-04 and will accept most colorants. Not every glaze fits every clay body, please test first. submitted by Christine Winokur

98 - MATTE BASE
Aspect : matt	Cône : 5 - 6
Composants :	En masse :
Cornwall stone (felds mixte)	74,7
Carbonate de calcium	17,9
Gerstley Borate	5,1
Bentonite	2,4
Notes : A nice, reliable, matte base glaze for Mason Stains. For purple, try adding 5% # 6385 (pansy purple). For green, try adding 5% # 6219 (french green). I like the way it shows speckles when used over Standard Clay # 112. Mason stains = colorants céramiques

99 - VAL Turqouise
Aspect : frost	Cône : 5 - 9 oxidation or reduction
Composants :	En masse :
Custer feldspar (potassique)	27,6
Gerstley Borate	16,87
Silice	21,32
Carbonate de calcium	8,82
Dolomie	2,9
Carbonate de cuivre	2,34
Bentonite	8
Notes : a pale blue turwuoise with a frost. I recently saw these on test tiles fired at cone 6 oxidation and cone 9 reduction. Both versions of both glazes were very nice. submitted by Michelle Lowe

100 - Emerald Green
Aspect : frosy	Cône : 5 - 9 oxidation or reduction
Composants :	En masse :
Gerstley Borate	49
EPK (kaolin)	19
Silice	32
Carbonate de soude	2
Oxyde de chrome vert	2
Cobalt	1
Notes : Emerald Green ^5-9 oxidation or reduction - a darker green also with a slight dark blue frost. I recently saw these on test tiles fired at cone 6 oxidation and cone 9 reduction. Both versions of both glazes were very nice. submitted by Michelle Lowe

101 - Kickwheel clear
Aspect : gloss	Cône : 5 - 7
Composants :	En masse :
Gerstley Borate	50
Silice	32,5
EPK (kaolin)	17,5
Notes : The following is a cone 5-7 clear gloss base, we have made it for over 20 years: It takes most Mason colors and is simple to make. submitted by Christine at Kickwheel Pottery Supply

102 - C. Gareri Base
Aspect :	Cône : 4 - 8 oxidation
Composants :	En masse :
Néphéline syénite	34,1
EPK (kaolin)	1,8
Gerstley Borate	16,3
Silice	31,8
Carbonate de calcium	3,9
Oxyde de zinc	6,1
Carbonate de baryum	5,9
Bentonite	2
Notes : I have never ommitted Barium in this ^4-^8 oxidation glaze actually i have not used the glaze in years. But it is a great oxidation glaze and I considered using it next year at the school where I teach. However, the barium scared me. IF barium Carb can not be ommited is there a safe substitute - submitted by Charles Gareri

103 - Chappel Boron Lithium
Aspect : glassy	Cône : 6
Composants :	En masse :
Spodumène	51
Gerstley Borate	26
Silice	23
Carbonate de cuivre	5
Oxyde de fer rouge	0,5
Bentonite	1
Notes : I was looking for something like Warren MacKenzie's Glassy Green that would fire at ^6 instead of ^4. The Boron Lithium in Chappel's glaze book looked close so I added the same oxides as MacKenzie uses in his ^4. MacKenzie doesn't use his ^4 anymore, but found a ^1 glassy green he uses instead. This is also a nice transparent ^6 without colorants. submitted by Lee Love

104 - Mexico Point Green
Aspect : matt	Cône : 6
Composants :	En masse :
Kona F4 spar (sodique)	34
Spodumène	14
Kaolin	6
Dolomie	14
Gerstley Borate	12
Zircopax (zircon : ZrSiO4)	20
Carbonate de cuivre	2,5
Bentonite	1
Notes : I'm sending this to the group rather than directly because it's such a nice glaze some others might like to have it too. It's cone 6, from Coopers Electric Kiln Ceramics, Vol.2, p122. Called "Mexico Point Green". It's a lovely soft matte green on the white burning stoneware I use. submitted by Dan Taylor

105 - KLINESVILLE GOLD (Jeff Dietrich)
Aspect : golden	Cône : 6 electric
Composants :	En masse :
Carbonate de magnésium	4,49
Carbonate de calcium	20,23
Wollastonite	5,62
Néphéline syénite	56,18
Redart clay	13,48
Oxyde de fer rouge	6,74
Zircopax (zircon : ZrSiO4)	12,36
Notes : Golden glaze to round out the palette and add warmth. This applied smoothly - was a smooth satin matt - color similar to old gold.

106 - WANAMAKER SATIN GLAZE (Jeff Dietrich)
Aspect : satin matt	Cône : 6
Composants :	En masse :
Dolomie	19,28
Spodumène	12,05
Néphéline syénite	54,21
Ball Clay	14,46
Dioxyde de titane (TiO2)	2,41
Oxyde de zinc	4,82
Notes : Finely Textured Satin matt - Do not apply too thick as it will bubble. I substituted Rutile for Titanium Dioxide because I didn't have any and it worked fine. Just don't double dip unless glaze if very thin. I liked how this worked over texture.

107 - Corcoran Black
Aspect :	Cône : 6 oxidation or reduction
Composants :	En masse :
Carbonate de magnésium	2,6
Custer spar (potassique)	48,3
Carbonate de calcium	17,2
EPK (kaolin)	4,3
Silice	27,6
Oxyde de fer rouge	8
Oxyde de cobalt	1
Dioxyde de manganèse	3
Notes : From Julia Moore

108 - Vivian's Red/Purple/Green
Aspect :	Cône : 6
Composants :	En masse :
Néphéline syénite	46,33
Silice	19,80
Gerstley Borate	15,56
Carbonate de calcium	8,21
Dolomie	5,94
Oxyde de zinc	3,68
EPK (kaolin)	2,48
Carbonate de cuivre	0,98
Dioxyde d'étain	0,98
Rutile (Dioxyde de titane : TiO2)	0,49
Notes : In oxidation at C6, It is a transparent green that crackles. In reduction, at C6, it will turn blood red if heavily reduced,( has a tendency to run). In reduction, it works best at C10, a beautiful purple.