tungsten flow port
Tungsten Iridium Flow Port
The manufacturing process of ceramic fiber and glass requires high purity, corrosion resistance and long life of furnace materials, especially in the melting process. The quality of the tungsten – iridium flow port is the more important factor in the production of heat – resistant ceramic fiber – cotton.
Tungsten iridium flow port —- — applied to the production technology of ceramic fiber forming material.
Ceramic fiber is a kind of fibrous light refractory material, with light weight, high temperature resistance, good thermal stability, low thermal conductivity, small specific heat and resistance to mechanical vibration and other advantages, so in machinery, metallurgy, chemical, petroleum, ceramics, glass, electronics and other industries are widely used.
Tungsten iridium orifice (or tungsten iridium nozzle) is the first choice of the two discharge molding methods used in the production of high quality refractory ceramic fiber cotton: blowing molding and swinging molding.
Taizhou Huacheng has the best production technology, to ensure the perfect precious metal iridium and tungsten fluid Mosaic combination technology, to ensure that the tungsten iridium flow port have the best of high temperature resistant, corrosion resistance and precision constant diameter outflow performance, to resist high temperature slurry flow scouring effects on iridium tube, resulting in uniform fiber quality and longer service life of furnace usage period.
Fiber products obtained by blowing molding or swinging molding are all in the micron level (m) in diameter, which is the initial material for the subsequent fiber blanket, board, felt and forming module, so the fiber quality is very critical. Our tungsten-iridium flow port provides you with uniform fiber quality and a longer service life.
Tungsten iridium flow port specification:
Regular sizes: 3.0, 4.0, 5.0, 6.0, 7.0, 8.0 and up to ~15.0mm large diameter specifications
The tungsten and iridium flow port can be manufactured according to customer’s requirement.