Studio Supplies

Since pyrometric cones deform progressively under advancing heat at fairly regular temperatures, they serve as accurate indicators of firing chamber temperatures. Usually three cones are selected and set in a clay pat at an 82° angle — one cone...

Since pyrometric cones deform progressively under advancing heat at fairly regular temperatures, they serve as accurate indicators of firing chamber temperatures. Usually three cones are selected and set in a clay pat at an 82° angle — one cone...

Since pyrometric cones deform progressively under advancing heat at fairly regular temperatures, they serve as accurate indicators of firing chamber temperatures. Usually three cones are selected and set in a clay pat at an 82° angle — one cone...

Since pyrometric cones deform progressively under advancing heat at fairly regular temperatures, they serve as accurate indicators of firing chamber temperatures. Usually three cones are selected and set in a clay pat at an 82° angle — one cone...

Since pyrometric cones deform progressively under advancing heat at fairly regular temperatures, they serve as accurate indicators of firing chamber temperatures. Usually three cones are selected and set in a clay pat at an 82° angle — one cone...

Since pyrometric cones deform progressively under advancing heat at fairly regular temperatures, they serve as accurate indicators of firing chamber temperatures. Usually three cones are selected and set in a clay pat at an 82° angle — one cone...

Since pyrometric cones deform progressively under advancing heat at fairly regular temperatures, they serve as accurate indicators of firing chamber temperatures. Usually three cones are selected and set in a clay pat at an 82° angle — one cone...

Great for our overglaze firing. Since pyrometric cones deform progressively under advancing heat at fairly regular temperatures, they serve as accurate indicators of firing chamber temperatures. Usually three cones are selected and set in a clay pat at...

Since pyrometric cones deform progressively under advancing heat at fairly regular temperatures, they serve as accurate indicators of firing chamber temperatures. Usually three cones are selected and set in a clay pat at an 82° angle — one cone...

Since pyrometric cones deform progressively under advancing heat at fairly regular temperatures, they serve as accurate indicators of firing chamber temperatures. Usually three cones are selected and set in a clay pat at an 82° angle — one cone...

Since pyrometric cones deform progressively under advancing heat at fairly regular temperatures, they serve as accurate indicators of firing chamber temperatures. Usually three cones are selected and set in a clay pat at an 82° angle — one cone...

Since pyrometric cones deform progressively under advancing heat at fairly regular temperatures, they serve as accurate indicators of firing chamber temperatures. Usually three cones are selected and set in a clay pat at an 82° angle — one cone...

Since pyrometric cones deform progressively under advancing heat at fairly regular temperatures, they serve as accurate indicators of firing chamber temperatures. Usually three cones are selected and set in a clay pat at an 82° angle — one cone...

Since pyrometric cones deform progressively under advancing heat at fairly regular temperatures, they serve as accurate indicators of firing chamber temperatures. Usually three cones are selected and set in a clay pat at an 82° angle — one cone...

Since pyrometric cones deform progressively under advancing heat at fairly regular temperatures, they serve as accurate indicators of firing chamber temperatures. Usually three cones are selected and set in a clay pat at an 82° angle — one cone...

Since pyrometric cones deform progressively under advancing heat at fairly regular temperatures, they serve as accurate indicators of firing chamber temperatures. Usually three cones are selected and set in a clay pat at an 82° angle — one cone...

Since pyrometric cones deform progressively under advancing heat at fairly regular temperatures, they serve as accurate indicators of firing chamber temperatures. Usually three cones are selected and set in a clay pat at an 82° angle — one cone...

Since pyrometric cones deform progressively under advancing heat at fairly regular temperatures, they serve as accurate indicators of firing chamber temperatures. Usually three cones are selected and set in a clay pat at an 82° angle — one cone...

Since pyrometric cones deform progressively under advancing heat at fairly regular temperatures, they serve as accurate indicators of firing chamber temperatures. Usually three cones are selected and set in a clay pat at an 82° angle — one cone...

Since pyrometric cones deform progressively under advancing heat at fairly regular temperatures, they serve as accurate indicators of firing chamber temperatures. Usually three cones are selected and set in a clay pat at an 82° angle — one cone...

Since pyrometric cones deform progressively under advancing heat at fairly regular temperatures, they serve as accurate indicators of firing chamber temperatures. Usually three cones are selected and set in a clay pat at an 82° angle — one cone...

Dry-weighed ingredients (unmixed). Tin white gloss. Pink on PSH 540 Black Clay.

Dry-weighed ingredients (unmixed). Tin white gloss. Pink on PSH 540 Black Clay.

Designed for ceramic kiln. Mix with hot water and brush on the kiln furnitures to protect surface from glaze.

A must for anyone who polishes or grinds, these elastic-backed leather guards help protect your fingers from compounds, heat and abrasions and eliminate the danger of getting a glove caught in a buff or wheel. Open-ended.^

Nova Scotian Clay Powder Low fire, Firing Temp: around cone 04 (please note that only 04 has been tested) Shrinkage: 10% with a cone 04 firing  Sold by 5lb bags.

Since pyrometric cones deform progressively under advancing heat at fairly regular temperatures, they serve as accurate indicators of firing chamber temperatures. Usually three cones are selected and set in a clay pat at an 82° angle — one cone...

Since pyrometric cones deform progressively under advancing heat at fairly regular temperatures, they serve as accurate indicators of firing chamber temperatures. Usually three cones are selected and set in a clay pat at an 82° angle — one cone...

Since pyrometric cones deform progressively under advancing heat at fairly regular temperatures, they serve as accurate indicators of firing chamber temperatures. Usually three cones are selected and set in a clay pat at an 82° angle — one cone...

Since pyrometric cones deform progressively under advancing heat at fairly regular temperatures, they serve as accurate indicators of firing chamber temperatures. Usually three cones are selected and set in a clay pat at an 82° angle — one cone...

Since pyrometric cones deform progressively under advancing heat at fairly regular temperatures, they serve as accurate indicators of firing chamber temperatures. Usually three cones are selected and set in a clay pat at an 82° angle — one cone...

Since pyrometric cones deform progressively under advancing heat at fairly regular temperatures, they serve as accurate indicators of firing chamber temperatures. Usually three cones are selected and set in a clay pat at an 82° angle — one cone...

Since pyrometric cones deform progressively under advancing heat at fairly regular temperatures, they serve as accurate indicators of firing chamber temperatures. Usually three cones are selected and set in a clay pat at an 82° angle — one cone...

Great for our overglaze firing. Since pyrometric cones deform progressively under advancing heat at fairly regular temperatures, they serve as accurate indicators of firing chamber temperatures. Usually three cones are selected and set in a clay pat at...

Since pyrometric cones deform progressively under advancing heat at fairly regular temperatures, they serve as accurate indicators of firing chamber temperatures. Usually three cones are selected and set in a clay pat at an 82° angle — one cone...

Since pyrometric cones deform progressively under advancing heat at fairly regular temperatures, they serve as accurate indicators of firing chamber temperatures. Usually three cones are selected and set in a clay pat at an 82° angle — one cone...

Since pyrometric cones deform progressively under advancing heat at fairly regular temperatures, they serve as accurate indicators of firing chamber temperatures. Usually three cones are selected and set in a clay pat at an 82° angle — one cone...

Since pyrometric cones deform progressively under advancing heat at fairly regular temperatures, they serve as accurate indicators of firing chamber temperatures. Usually three cones are selected and set in a clay pat at an 82° angle — one cone...

Since pyrometric cones deform progressively under advancing heat at fairly regular temperatures, they serve as accurate indicators of firing chamber temperatures. Usually three cones are selected and set in a clay pat at an 82° angle — one cone...

For one of the most common bisque firings.  Since pyrometric cones deform progressively under advancing heat at fairly regular temperatures, they serve as accurate indicators of firing chamber temperatures. Usually three cones are selected and set...

Since pyrometric cones deform progressively under advancing heat at fairly regular temperatures, they serve as accurate indicators of firing chamber temperatures. Usually three cones are selected and set in a clay pat at an 82° angle — one cone...

Since pyrometric cones deform progressively under advancing heat at fairly regular temperatures, they serve as accurate indicators of firing chamber temperatures. Usually three cones are selected and set in a clay pat at an 82° angle — one cone...

Since pyrometric cones deform progressively under advancing heat at fairly regular temperatures, they serve as accurate indicators of firing chamber temperatures. Usually three cones are selected and set in a clay pat at an 82° angle — one cone...

Since pyrometric cones deform progressively under advancing heat at fairly regular temperatures, they serve as accurate indicators of firing chamber temperatures. Usually three cones are selected and set in a clay pat at an 82° angle — one cone...

Since pyrometric cones deform progressively under advancing heat at fairly regular temperatures, they serve as accurate indicators of firing chamber temperatures. Usually three cones are selected and set in a clay pat at an 82° angle — one cone...

Since pyrometric cones deform progressively under advancing heat at fairly regular temperatures, they serve as accurate indicators of firing chamber temperatures. Usually three cones are selected and set in a clay pat at an 82° angle — one cone...

Since pyrometric cones deform progressively under advancing heat at fairly regular temperatures, they serve as accurate indicators of firing chamber temperatures. Usually three cones are selected and set in a clay pat at an 82° angle — one cone...

Since pyrometric cones deform progressively under advancing heat at fairly regular temperatures, they serve as accurate indicators of firing chamber temperatures. Usually three cones are selected and set in a clay pat at an 82° angle — one cone...

This stainless tool set is transformed from traditional JingDeZhen style pottery tool. If you have seen the traditional wheel tools in China. You would love this set of tools. It is safer and easier to be controlled than traditional tools. ^

A new low-expansion cone 6 clear glaze formulated to give maximum colour response with or over glaze stains and underglazes including temperamental colours such as Victoria green and "fleeting" CrSn crimsons and pinks. ^ ^