Cordierite Mullite Y Supports

Fireramo Cordierite Mullite Y Supports Description

Cordierite Mullite Y-support is a professional support designed for high-temperature firing processes. It skillfully combines the excellent properties of cordierite and mullite to provide stable and efficient support for vessels during the glaze firing process. Its unique Y-shaped crank design not only provides maximum support for the vessel but also ensures stability and safety during the firing process.

Fireramo, as a Cordierite Mullite Y Supports manufacturer, can provide customized, OEM and ODM services for you!

Fireramo Cordierite Mullite Y Supports Product Features

High corrosion resistance: Fireramo’s Cordierite Mullite Y Supports are made of high-quality cordierite and mullite materials, which give the supports excellent corrosion resistance against all kinds of chemical attacks in high-temperature environments.

Stable structure: The Y-shaped crank design makes the support frame more stable in structure, able to withstand the weight and pressure of the vessels in the firing process.

Good thermal shock resistance: Excellent thermal expansion properties ensure that the support frame remains stable under temperature changes, effectively resisting damage caused by thermal shock.

Convenient and practical: the crank with integral feet and pins can be placed directly on the kiln car without moving the kiln, improving the efficiency of kiln loading.

Fireramo Cordierite Mullite Y Supports Product Applications

Cordierite mullite Y-supports are widely used in the production of high temperature kilns for daily-use porcelain. Its efficient support performance and stable working performance make it popular in the ceramic firing industry. Whether it is a large ceramic vessel or a small craft, it can be perfectly supported and protected.

Fireramo Cordierite Mullite Y Supports Technical Specifications

Fireramo Cordierite Mullite Y Supports are available in a variety of mineralogical formulations, such as FRCOR, FRTEN, FRRAL, etc., to meet different firing requirements. The maximum use temperature is up to 1300 °C, even up to 1350 °C for some models, which ensures the stability of the support frame in high-temperature environments. In addition, we also provide detailed technical data on bulk density, porosity, vibration modulus, modulus of destruction, and thermal expansion for customers’ reference and selection.