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How-ToGB Utilisation A.Fichot FR Survey Error Report
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How-To: An OGC step by step introduction - page 1x
     at page   
The introduction shows how to calculate with the Online Glaze Calculator step by step.
It does not teach glaze theory.

Index

- Table Batch, page 1 - 7
   Enter batch, different ways to enter materials.

- Table Formula, page 8 - 11
   Enter formulas, calculate glaze properties
   Example: Decrease softening temperature by changing A2O3 and SiO2.
   Additives

- Site Glaze Designer, page 12 - 20
   Assemble glaze recipes, replace ingredients (substitute)
   Different settings of the Glaze Designer.
   Calculation of corner glazes for volumetric line blending.
   Working with the Material Usage feature.

- Calculated batch, volumetric blending, page 26 - 28
   The calculated batch.
   Corner glazes and blending chart.

Click Continue

Batch
  
All Regions, All Materials, All Languages

  

MgO Al2O3 SiO2
CaO B2O3 TiO2
SrO Fe2O3 SnO2
ZnO   ZrO2
Li2O   P2O5
BaO  
PbO H2O CO2
Na2O SO3 F
K2O  
 MW
LOI%
   
 Substitute MaterialDon't show help windows  
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Formula
MgO Al2O3 SiO2
CaO B2O3 TiO2
SrO Fe2O3 SnO2
ZnO ZrO2
Li2O P2O5
BaO
PbO
Na2O
K2O
 
Glaze Properties
- Out of calculation limits
Cone
Cone Range °C
Cone Range °F
COE
Si/Al
Acids/ Bases
Matching Limit Formula/s:
Additives%Temperature Change

Out of calculation limits
Glaze Designer
- Calculation of suitable materials to configurate new glaze recipes.
- Calculation of corner glazes for volumetric line blends.
- Make blends for testing different Si/Al-ratios.
- Make blends for testing the influence of any selected glaze oxide.
- Substitute one or more batch ingredients.

To activate the app enter and calculate a recipe or glaze formula.
Convert Temperatures and Cones
°C
°F
Cone

 Large Regular LRB 150°C/h
 Self Supporting Regular SSB 150°C/h
 Small Regular SRB 300°C/h
 Seger Cones 150°C/h
Mol - Analysis - Unity - Mol% - MW - Si/Al - Acids/Bases
MgO Al2O3 SiO2
CaO B2O3 TiO2
SrO Fe2O3 SnO2
ZnO   ZrO2
Li2O   P2O5
BaO  
PbO H2O CO2
Na2O SO3 F
K2O
 MW LOI%

  Si / Al    -
Acids/ Bases    -
Atomic- and Molecular Weight, PSE
 
The molecular weight of Al2O3 is 101.93
 
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Ulf Cordes 2008-2019