Honeycomb Extruded Ceramic Filter
Negotiable /Piece
Min.Order:1000 Pieces
Hebei CangChen Imp.& Exp.Trade Co.,LTD.
Honeycomb Extruded Ceramic Filter
Honeycomb Filter also named Ceramic Honeycomb Filter.It is produced based Mullite with kinds of hole sizes, which can withstand heavy pouring thermal shock and extreme pouring temperature.
The cellular design also provides an engineered balance between flow rate and strength and it can effectively capture inclusions and reduce turbulence of the molten metal.
Functions of Ceramic Honeycomb Filter
The straight-pore honeycomb ceramic filter has the characteristics of large specific surface area, high strength, and thermal shock resistance. The following effects can be achieved through internal filtration:
Purify molten metal and remove non-metallic impurities and gases;
Make the metal liquid filling stable and reduce the whirlpool;
The honeycomb ceramic filter can simplify the pouring system and improve the process yield;
Reduce casting pores, optimize and refine metal structure;
Improve the surface quality and mechanical properties of castings;
The honeycomb ceramic filter can reduce the scrap rate of castings;
Reduce machining allowance and increase tool life, reducing casting cost. Get a quote.
Advantages of Honeycomb Filter
1.It has very high working strength at high temperatures, thermal shock resistance, and metal flow impact resistance. There is no slag or cracking phenomenon during operation, which ensures the filtering quality of molten metal.
2. The honeycomb ceramic filter has a large metal flow rate, and the flow rate is stable. Even in the case of a large number of inclusions in the molten metal, normal use will not cause blockage of the filter.
3. With very high dimensional accuracy, it can be used in the production line of automatic filter placement.
4. The honeycomb ceramic filter has extremely high normal temperature strength and mechanical shock resistance. There is no rupture or damage during use and transportation, which greatly facilitates the use and operation of the filter.