STA prefabricated heating modules with metallic heating elements and vacuum-formed ceramic fiber insulation for up to 1350°C element temperature. Fibrothal heating modules is a better ceramic fiber heater for high temperature furnace.
STA prefabricated heating modules with metallic heating elements and vacuum-formed ceramic fiber insulation for up to 1350°C element temperature. Fibrothal heating modules is a better ceramic fiber heater for high temperature furnace. It can be fast and easy to install and replace, and Increased insulation, as well as less maintenance.
The construction method of Fibrothal heating modules ensures accurate positioning of the coils and eliminates the distortion or other problems connected to the conventional open coil elements in grooves or on tubes. Fibrothal heating modules also provide major energy savings in several applications.
The low thermal mass and thermal conductivity of the ceramic fiber furnace linings mean that you can build industrial furnaces which, depending on the type and mode of operation, contribute significantly to energy saving, higher output and better availability.
In the electrically heated furnace, however, it is very expensive and time consuming to combine ceramic fibers, such as blankets or folding blocks, with electric heating elements. Ceramic fiber heater is best choice for install in high temperature furnace.
Today the ceramic fiber heating modules covers a family of products consisting of vacuum-formed ceramic fiber components, with or without electric heating elements.
STA Ceramic fiber heaters are designed for extremely high temperatures, contributing to maximized heat flux and reduction of process time. MoSi2 heating elements, for example, are designed for element temperatures up to 1800°C.
STA prefabricated heating modules with metallic heating elements and vacuum-formed ceramic fiber insulation for up to 1350°C element temperature. Fibrothal heating modules is a better ceramic fiber heater for high temperature furnace. It can be fast and easy to install and replace, and Increased insulation, as well as less maintenance.
The construction method of Fibrothal heating modules ensures accurate positioning of the coils and eliminates the distortion or other problems connected to the conventional open coil elements in grooves or on tubes. Fibrothal heating modules also provide major energy savings in several applications.
The low thermal mass and thermal conductivity of the ceramic fiber furnace linings mean that you can build industrial furnaces which, depending on the type and mode of operation, contribute significantly to energy saving, higher output and better availability.
In the electrically heated furnace, however, it is very expensive and time consuming to combine ceramic fibers, such as blankets or folding blocks, with electric heating elements. Ceramic fiber heater is best choice for install in high temperature furnace.
Today the ceramic fiber heating modules covers a family of products consisting of vacuum-formed ceramic fiber components, with or without electric heating elements.
STA Ceramic fiber heaters are designed for extremely high temperatures, contributing to maximized heat flux and reduction of process time. MoSi2 heating elements, for example, are designed for element temperatures up to 1800°C.
