The Cordietite mullite tube are ceramic components used in high temperature industrial applications for heat transfer. Cordierite mullite is a composite material made up of cordierite and mullite phases. is a magnesium aluminum silicate with a low thermal expansion coefficient, while is an aluminum silicate with a high melting point. The combination of the Cordierite and mullite materials gives cordierite mullite excellent thermal shock resistance and high strength at elevated temperatures.

Refractory cordierite-mullite ceramic kiln furniture is a type of high-temperature resistant material used in kilns and furnaces.The cordietite mullite kiln funiture is made from a combination of cordierite and mullite, which have excellent thermal and mechanical properties.

The Kiln Cordierite mullite crucible is a type of ceramic container used in high-temperature applications such as firing ceramics or metals. The cordierite mullite sagger for kiln is made from a combination of cordierite and mullite, two types of ceramic materials known for their high-temperature resistance and low thermal expansion. The Refractory cordierite mullite tray is designed to hold and protect the material being fired, while also withstanding the extreme heat of the furnace. The Cordierite mullite ceramic crucible is commonly used in the production of electronic components, refractories, and advanced ceramics.

The cordierite mullite crucible is a type of ceramic crucible that is used for high-temperature applications such as melting metals, alloys, and other materials. The Cordierite mullite ceramic sagger is made from a combination of cordierite and mullite, which are both highly refractory materials that can withstand extreme temperatures without degrading or cracking.

The refractory cordierite mullite kiln funiture batts/plate are high-temperature refractory products used in kilns and furnaces for firing ceramics, glass, and other materials. The cordierite mullite batts are made from a mixture of cordierite and mullite, which has the properties of excellent thermal shock resistance and low thermal expansion properties.