Zirconia Zro2 Zirconium Oxide ZR Ceramic Foam Filter 1700 degree C for Carbon Steel stainless steel 100x100x25mm 10ppi
Zirconia ceramic foam filters are determined for filtering of steel and steel alloys up to the temperature of 1700 °C. Filters are recommended especially for high quality grades of alloys.
Ceramic foam filters can effectively remove non-metallic inclusions including slag and dross from the molten metal stream. Additionally, foam filters aid in reducing turbulence in the gating system. Ceramic foam filter's outstanding thermal shock resistance and high strength properties were developed for superior performance in extreme metal casting foundry applications.
Simplified pouring system and increasing pouring efficiency
The lengthy runner can be shortened when filters are used. It could greatly save scrap recycling cost, save pouring times and improve pouring efficiency.
Remove tiny slag effectively and purify molten metal
Ceramic foam filters can adsorb nearly 0.1mm diameter tiny slags based on it's special working principle.
Well-distributed molten metal and improve performance
After purification, the casting's density and strength are improved and elongation and impact toughness is improved greatly, some extension rate even can be increased by 19-30%. Therefore, the casting mechanical properties and processing performance are improved obviously.
Reduce turbulence
The molten metal can be changed from turbulent flow to laminar flow when through the 3D structure ceramic foam filters. This could greatly reduce the casting bubble defect.
APPLICATION: For the filtration of molten steel and alloy, large scale iron casting
ADVANTAGE:
Reduction in inclusion levels
Good filtration capacity
Ideal for the filtration of high alloyed steel
High efficiency
Filters can be preheated for investment casting application
| Main material |
ZrO2 |
| Working Temperature |
≤1700ºC |
| Color |
Yellow |
| Hole density |
10/20PPI(PPI=pores per inch) |
| Porosity(%) |
80‐87 |
| Compressive Strength(MPa) |
≥1.5 (Room temperature) |
| Bulk Density(g/cm3) |
0.8‐1.3 |
| Thermal shock resistance |
≥3times/1350ºC‐Room temperature |
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