NEW Auto Finesse - Lavish Ceramic Foam - Ceramic Coating - 1 Litre - LAV100

Product Information

AdTech China factory has acquired the ISO 9001 and ISO 14001and SGS. Now AdTech China factory has 168 employees, including 15 staffs with senior (and above) professional titles.

Ceramic foam filters (CFF) are used for the filtration of liquid metal. Passing liquid metal through the ceramic foam filter reduces impurities, including nonmetallic inclusions, in the liquid metal and the corresponding finished product (casting, sheet, billet, etc). It has found success in its application and use in continuous casting (sheet), semi-continuous casting (billet and slab), and casting gating systems in metal foundries. [6] [10] Wastewater Treatment [ edit ] Due to the three-dimensional connected mesh structure, high temperature resistance, and thermal stability of ceramic foam, its use in catalytic converters in exhaust systems help remove oxides and other particulate matter from exhaust gasses. [6] Biomaterial [ edit ] Insulation: Due to the high thermal conductivity of ceramics, ceramic foams provide a good resistance to heat and are used as efficient insulation materials. Ceramic foams are composed of aluminum oxide and this makes them harmless. Ceramic foams also have great strength and are a great choice for use as structural materials for industrial applications requiring low stress.Foams made of the engineering ceramics such as alumina offer comparatively high strengths, up to 80 MPa crush strength and 25 MPa modulus of rupture. Thermal insulation is almost as good as fibre-based products whilst also offering a totally fibre- and dust-free working environment. With zirconia the service temperature can be as high as 2000°C. A wide range of component shapes is also available. The production route itself is intrinsically a casting process and hence tiles, tubes and a range of other custom shapes can all be produced very easily. In addition, both the green and fired foam may be readily machined, drilled, turned and slit opening up the possibility of producing some very complex shapes indeed. In addition, it is a simple process to apply a dense coating to one or more surfaces, either to eliminate permeability or to increase the mechanical properties of the surface layers. One application that could utilise this is the production of ultra-low mass ceramic crucibles. These can significantly reduce the thermal mass to be heated during processing of their contents, thus improving energy efficiency. Ceramic filter foams play a vital role in the metal casting and foundry industries, where they are used to filter out impurities in molten metal to improve the quality and performance of the end product. Although the lower the density of the foam the larger the cell or pore size, recent research has allowed a far greater degree of control to be achieved. Foams can now be produced with cells as large as 1 mm and densities as high as 30% of theoretical, whilst 20% dense foams have been produced with cells as small as 20-50 μ m. Ceramic foam filters demand precision performance in extreme heat and harsh conditions, and have to meet the highest standards in terms of performance, durability and heat resistance. This is where our expertise and engineering know-how come to the fore. As recognised leaders in engineering-based foam conversion, we supply products that are used in some of the most well-known foundries around the world for casting aluminium, steel, iron and copper. Precision engineering on a large scale Recent research has found uses for copper-based foams in advanced energy storage devices such as batteries and fuel cells. Advanced optical components and mirrors

With easily controlled porosities and microstructures, ceramic foams have seen growing use in evolving electronics applications. These applications include electrodes, and scaffolds for solid oxide fuel cells and batteries. Foams can also be used as cooling components for electronics by separating a pumped coolant from the circuits themselves. [8] For this application, silica, aluminum oxide, and aluminum borosilicate fibers can be used.

Materials

Whatever the application, you can be sure of the highest quality and superior performance every time. Forging ahead in ceramic filter technology Ceramic Foam is a fascinating material characterized by its airiness, its open porous surface and cellular structure. By foaming the volume of the original ceramic material increases, generating structures that are lightweight as well as resilient. Foam structures can also be found in nature, like for instance in cell formation or human bone structure. Foamed materials are attractive because of their extended functional properties and material savings. However, conventional foam production processes in the ceramics industry are energy-intensive and problematic in terms of emissions. without industrial-technical effort

As a leading engineering-based company, our ceramic filter foams effectively remove non-metallic inclusions to improve performance in the end product and facilitate the fabrication processes in numerous ways, which include: 1. Superior mechanical performance Ceramic Foam Filter AdTech has annual output capacities of 400,000 ceramic foam filters 1 million sets of hot-top casting materials,150 high-precision degassing filter equipment and 5000 sets of roll casting nozzles etc. The Fraunhofer-Institute process consists of mixing metal powders with a foaming agent, densely compacting the mixture, followed by sintering to obtain the final foam product. Gas entrapmentTallon, Carolina; Chuanuwatanakul, Chayuda; Dunstan, David E.; Franks, George V. (2016). "Mechanical strength and damage tolerance of highly porous alumina ceramics produced from sintered particle stabilized foams". Ceramics International. 42 (7): 8478–8487. doi: 10.1016/j.ceramint.2016.02.069. Applying ceramic foams as a surface coating uses the process of chemical vapor deposition. Protective or anti-corrosive coatings, for example, are produced using this method. Foamed Slurry