product

Alumina Foam Ceramic Filter

Ⅰ. Featuring precise dimensional tolerances and a refined microstructure, the alumina foam ceramic filter offers stable chemical properties.

Ⅱ. High filtration efficiency is a key feature of the aluminium ceramic foam filter mesh.

Ⅲ. Known for its excellent mechanical strength, the aluminium oxide foam ceramic filter also offers outstanding corrosion and thermal shock resistance.


Pore Density: 10-30ppi

Operating Temperature: ≤1300℃

Application Scope: cast aluminium

Customized Service Provided: covered-edge, multiple shapes

  • Information


Aluminium Oxide Foam Ceramic Filter


Any project involving aluminum casting depends on the quality of the molten metal. Inclusions, contaminants and trapped gases can all seriously compromise the integrity, functionality and appearance of the final product. Ceramic foam filter for aluminum, sometimes called cast ceramic filter or aluminum casting filter, is a reliable and effective way to produce cleaner aluminum castings. Ceramic foam filter mesh has a wide range of porosity, measured in pores per inch (PPI). Aluminium oxide foam ceramic filter with higher PPI provide finer filtration, while lower PPI variants allow faster metal flow.


Ceramic foam filter for aluminum


Advantages


  Beveled edges and compressible gaskets: Al2O3 ceramic foam filter compressible gasket and beveled edge design, by forming a tight seal inside the filter box, efficient filtration and reduced leakage.

• Higher casting quality: Filter Al2O3 foam for foundry by removing impurities and trapped gases achieving mechanical properties and smooth surface finish of the final casting.

  Improved yield: Filter Al2O3 foam for foundry can reduce casting defects, Al2O3 ceramic foam filter improve the yield of usable castings.


Ceramic foam filter mesh


Applications


   Aluminum Profile Production: Filter Al2O3 foam for foundry ensures the structural integrity and smooth surface finish required for extrusions such as window frames and architectural profiles.

   Aluminum Alloy Casting: Filter Al2O3 foam for foundry ensures minimal casting defects and cleaner metal flow during the production of engine blocks, wheels and other complex parts.



Parameter

Material

Aluminum ( Al2O3)
ColorWhite

Pore Density

10-40PPI

Porosity

≥80%
Operating Temperature≤1200℃ (please confirm)
Compression Strength≥1.2Mpa
Application

Aluminium Alloy, Copper Alloy


Dimensions

Square50*50*1560*60*1570*70*2075*50*2275*75*20
100*50*20100*75*20100*100*22150*100*22150*150*25
RoundΦ40*15Φ50*15Φ60*15Φ70*20Φ80*20
Φ90*20Φ100*22Φ125*22Φ150*25Φ200*25


01

Why are our Prices more Competitive?

Direct from the factory – Thanks to our factory’s strong production capabilities, Xinda is able to eliminate middlemen and avoid unnecessary markups. This allows us to maintain steady purchasing volumes, secure better pricing, and ensure a stable, reliable supply. Long-term partnership focus – We prioritize building long-term relationships with our customers. That’s why we’re willing to operate on lower profit margins while maintaining high product quality, passing more value on to our clients.

02

Can we Place Customized Order?

Yes, we already own thousands of customized filters models in multiple sizes and shapes. And we are capable of new type customized production.

03

How Can We Handle it if there’s Quality Problem aAter Payment?

We are willing to provide technical support with professional team during and after delivery.

04

How Can We Make Sure About the Quality After We Put the Order?

We will implement raw material tests before production and the product quality inspection reports by high precision instruments will be sent to you before deliver.

05

How Long is your Delivery Time?

Our production cycle is 7-10 days in general, 5-7 days in emergency. There are also available urgent transportation method for your choice.



Get the latest price? We'll respond as soon as possible(within 12 hours)
This field is required
This field is required
Required and valid email address
This field is required
This field is required