Ceramic Cone Temperature Guide

Generally speaking the temperatures in the 108 f hour column are used when discussing ceramics porcelain and china.

Ceramic cone temperature guide.

The actual bending temperature depends on firing conditions. Once the appropriate cones are selected excellent reproducible results can be expected. Ware and glaze types. The cones often used in sets of three are positioned in a kiln with the wares to be fired and provide a visual indication of when the wares have reached a required state of maturity a combination of time and temperature.

From cone 022 approx. 1112 f 605 c to cone 013 approx. As a potter you are guaranteed to hear and use the term cone on almost a daily basis generally potters use the term in three ways. Please note that the cone chart gives 3 different temperatures for each cone number.

Cone temperature conversion chart. As discussed above the equivalent cone temperature depends upon how fast one gets to it. To describe a property of glaze or clay. A cone 01 needs less heat treatment than cone 1 and cone 020 needs less than 019.

Ware must be fired at least once at a higher temperature first in order for the clay body to mature. It is important not to confuse the lower maturing cones and bars whose numbers begin with an 0 with the higher cones and bars not containing this prefix. 1566 f 850 c this range is usually used for luster glazes and very low firing overglazes. Temperature equivalent chart for orton cones cone 022 14 pyrometric cones have been used to monitor ceramic firings for more than 100 years.

Pyrometric cones are pyrometric devices that are used to gauge heatwork during the firing of ceramic materials. Temperatures shown are for specific mounted height above base. This is a beautiful cone 6 glaze or i wish we had real cone 10 porcelain this is the most frequent use of the. They are useful in determining when a firing is complete if the kiln provided enough heat if there was a temperature difference in the kiln or if a problem occured during the firing.

Thus pyrometric cones give a temperature equivalent.