Productos de espuma cerámica

Filtro de espuma cerámica

Productos de espuma cerámica

Productos de espuma cerámica

The development of Ceramic Foam Products began in the 1970s and is a porous material with high temperature properties. The pore diameter ranges from nanometer to micrometer, the porosity is between 20% and 95%, and the use temperature is from normal temperature to 1600 °C.

Ceramic Foam Products can generally be divided into two categories, open-cell (mesh) ceramic materials and closed-cell ceramic materials, depending on whether each cavity has a solid wall.
If the solid forming the foam is only contained in the pores, it is called an open-cell ceramic material, and the pores are interconnected.
If a solid wall is present, the foam is referred to as a closed cell ceramic material in which the voids are separated from one another by a continuous ceramic matrix.
However, most foamed ceramics have both open pores and a small number of closed pores.
Generally, pores with a diameter of less than 2 nm are microporous materials.
The pores between 2 and 50 nm are mesoporous materials.
The pores above 50 nm are macroporous materials.

Productos de espuma cerámica

China started the research of Ceramic Foam Products in the early 1980s.
In the past 20 years, more than a dozen scientific research institutions and manufacturers have reported on the research of foam ceramic products.
China’s Ceramic Foam Products still has a certain gap compared with foreign countries from the overall technical level.
Foam ceramic is a porous ceramic body with a high porosity and a three-dimensional grid structure, which is shaped like a tempered foam or a porcelain sponge.
Because of its high porosity, large specific surface area, thermal shock resistance, high temperature resistance, chemical corrosion resistance and good mechanical strength and filtration adsorption properties.
Can be widely used in heat exchange materials, gas materials, automotive exhaust equipment, purification of metallurgical industry, molten metal, thermal energy recovery, light industrial coating industry, industrial sewage treatment, thermal and acoustic insulation materials, used as a chemical catalyst carrier, electrolytic membrane and Separation of discrete components, etc.

The most ideal preparation method for Ceramic Foam Products is the organic precursor impregnation method.
Foamed ceramics prepared by such a molding method have been widely used in various fields, and have achieved relatively obvious effects.
Further control of slurry performance, proper optimization of inorganic binder system, and strict control of slurry impregnation and other processes can improve the performance of foamed ceramic products.
The mesh size of the selected organic foam is limited, limiting the pore size and structure of the resulting foamed ceramic material.

Filtro de espuma cerámica proceso de producción
Ceramic Foam Filter uses a three-dimensional network structure and an organic foam sponge connected to the pores as a carrier, invading it into a special ceramic slurry with thixotropic properties, and adopting a special roll extrusion process to uniformly apply the ceramic slurry to the skeleton of the carrier.
A continuación, se seca y se solidifica, y después se cuece a alta temperatura.
Filtro de espuma cerámica porosa. Filtros de espuma cerámica para aleaciones de aluminio. Desde que se iniciaron las primeras investigaciones en 1978, la tecnología de filtración con espuma cerámica ha experimentado un rápido desarrollo.
El filtro de espuma cerámica porosa utiliza espuma de poliuretano como soporte, sumergiéndola en un recubrimiento compuesto por polvo cerámico, aglutinante, aditivo de sinterización, agente de suspensión, etc., y, a continuación, extruyendo el exceso de recubrimiento para aplicar de manera uniforme el recubrimiento cerámico sobre el soporte.
El esqueleto se convierte en una masa verde, y esta se seca y se cuece a alta temperatura.

Filtro de espuma cerámica

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1. Filtro de espuma cerámica
2. Unidad de desgasificación
3. Caja de filtros
4. Serie de fundición con base caliente
5. Boquilla de fundición por rodillo
6. Serie Flux
7. Otros materiales metalúrgicos

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