Heat Exchanger
Heat Exchanger-
1. High thermal conductivity
a. Thermal conductivity is much higher than other corrosion-resistant materials.
b. Same heat transfer efficiency, using less heat transfer area.
c. Allows smaller heat exchanger size.
d. Greatly reduces occupied space and reduces use cost.
2. Outstanding corrosion resistance
a. Has extremely high corrosion resistance, oxidation resistance and erosion resistance.
b. Resistant to high concentration sulfuric acid, nitric acid, phosphoric acid, mixed acid, strong alkali, oxidant, etc.
c. Is the only ceramic material resistant to hydrofluoric acid corrosion.
d. Has excellent service life.
3. Excellent thermal & mechanical properties
a. Has high strength, high hardness, excellent erosion resistance and thermal shock resistance.
b. Still has super wear resistance and permeability resistance under extremely high temperature and high pressure.
c. Allows medium to pass at high speed.
d. Can be used normally at high temperature of 1300℃.