Carbondale Clay
Red Medium Fire Clay
Chemistry
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Volatiles
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Links to Other Materials
- Newman Red Clay - Alternative
- Redart - Alternative
- C-Red Clay - Substitute
- Cache
Miscellaneous
- Family: Clay Other
- Region: North America
- Mined At: Unspecified
- Raw Mineral: No
- Generic: No
Notes
A very high iron refractory clay well suited for many ceramic applications requiring bright red color. It fires to a toasty red up to about cone 3 and then turns dark red to brown (partly due to soluble salts on the surface that darken the color). This material has a plasticity similar to a typical pottery clay body. Carbondale red provides formulators with an economical source of iron oxide.
Some have suggested this as a substitute for Newman Red, however it is much more vitreous and higher in iron.
Typical Sieve Analysis:
80 mesh: trace
100 mesh: 0.2%
200 mesh: 2.5%
Total Shrinkage
Cone 5: 12.3
Cone 10: 13.4
Absorption
Cone 5: 13.2
Cone 10: 7.4
Industrial Minerals states: Due to the variations of natural occurring clays and minerals which limit our quality control and the variety of applications for our products over which we have no control, our products are sold with the understanding that the user is solely responsible for determining suitability for any purpose.
Suppliers
- Industrial Minerals Co
Authors
- Tony Hansen (Owner)
XML
<?xml version="1.0" encoding="UTF-8"?>
<material name="Carbondale Clay" descrip="Red Medium Fire Clay" generic="0" rawmineral="0" searchkey="Carbondale Red Clay" loi="0.00">
<families>
<family name="Clay Other"/>
</families>
<regions>
<region name="North America"/>
</regions>
<oxides>
<oxide symbol="BaO" name="Barium Oxide, Baria" status="" percent="0.140" tolerance=""/>
<oxide symbol="CaO" name="Calcium Oxide, Calcia" status="" percent="0.560" tolerance=""/>
<oxide symbol="MgO" name="Magnesium Oxide, Magnesia" status="" percent="0.640" tolerance=""/>
<oxide symbol="K2O" name="Potassium Oxide" status="" percent="0.510" tolerance=""/>
<oxide symbol="Na2O" name="Sodium Oxide, Soda" status="" percent="0.590" tolerance=""/>
<oxide symbol="SrO" name="Strontium Oxide, Strontia" status="" percent="0.010" tolerance=""/>
<oxide symbol="P2O5" name="Phosphorus Pentoxide" status="" percent="0.090" tolerance=""/>
<oxide symbol="TiO2" name="Titanium Dioxide, Titania" status="" percent="1.030" tolerance=""/>
<oxide symbol="Al2O3" name="Aluminum Oxide, Alumina" status="" percent="19.160" tolerance=""/>
<oxide symbol="SiO2" name="Silicon Dioxide, Silica" status="" percent="55.980" tolerance=""/>
<oxide symbol="Cr2O3" name="Chrome Oxide" status="" percent="0.030" tolerance=""/>
<oxide symbol="Fe2O3" name="Iron Oxide, Ferric Oxide" status="" percent="12.020" tolerance=""/>
<oxide symbol="MnO" name="Manganous Oxide" status="" percent="0.030" tolerance=""/>
</oxides>
<volatiles>
<volatile symbol="" name="" percent="9.040" tolerance=""/>
</volatiles>
<references>
<reference name="seealso" reason=""/>
<reference name="seealso" reason=""/>
<reference name="seealso" reason=""/>
</references>
<suppliers>
<supplier name="Industrial Minerals Co" country="US" url="http://www.clayimco.com" label=""/>
</suppliers>
<notes>
<note>A very high iron refractory clay well suited for many ceramic applications requiring bright red color. It fires to a toasty red up to about cone 3 and then turns dark red to brown (partly due to soluble salts on the surface that darken the color). This material has a plasticity similar to a typical pottery clay body. Carbondale red provides formulators with an economical source of iron oxide.
Some have suggested this as a substitute for Newman Red, however it is much more vitreous and higher in iron.
Typical Sieve Analysis:
80 mesh: trace
100 mesh: 0.2%
200 mesh: 2.5%
Total Shrinkage
Cone 5: 12.3
Cone 10: 13.4
Absorption
Cone 5: 13.2
Cone 10: 7.4
Industrial Minerals states: Due to the variations of natural occurring clays and minerals which limit our quality control and the variety of applications for our products over which we have no control, our products are sold with the understanding that the user is solely responsible for determining suitability for any purpose.</note>
</notes>
</material>
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