Generally speaking, the effectiveness of a carbon filter mainly depends on many carbon filter specifications, such as the quality of carbon Filter media used, the quality of the cartridge casing, the loading technique adopted and the added proviso of an even air flow through the cabinet. When buying carbon filters, it's better to learn about carbon filter specifications in advance. Today we will walk you through overall carbon filter specifications to choose carbon filter better.
Firstly, let's talk about the filtration media of carbon filter. What carbon filter used is called activated carbon. It is prepared in small batch quantities by the addition of thoroughly researched additives. Granular activated carbon media is most commonly produced by grinding the raw material, adding a suitable binder to give it hardness, re-compacting and crushing to the correct size. The large internal surface area of carbon has many attractive forces that work to attract other molecules. The carbon media is then tested to ensure that all filters will achieve their optimum retention capacity.
Secondarily, casing is an important affecting element among all Carbon filter product specifications. Filter casings are manufactured from reinforced thermoplastic. This ensures that the weight is minimal for ease of handling and installation, whilst providing very high impact strength, excellent dimensional stability and chemical resistance. This is the maximum liquid flow for which the filter is designed. Filtration grade describes the ability of a fluid filter to remove contaminants by particle size. Machinery manufacturers may accept the Beta ratio, but refrain from using this information to identify or specify their filters.
Thirdly, compared to other carbon filter specifications, final stage makes a great difference in carbon filter. The casing is filled, tightly packed, so no settling can occur during shipment and the weight of each filter is checked and recorded. If the cabinet that the filter is destined for requires a pre-filter, then this will be added at this stage. The maximum liquid flow for carbon filter is designed. Maximum temperature of carbon filter is designed too.
Last but not least, the working performance consists one of carbon filter specifications. Carbon Filters are shown to provide a filtration efficiency of 99.9% throughout their life to the point of saturation, for all chemically active molecules/chemical species. This includes any chemicals with a molecular weight above 30 and a boiling point above 60oC. Some compounds, which do not fall into this bracket, are also well adsorbed because of their molecular size and structure. After learning these carbon filter specifications, you must have a full understanding of carbon filter. If you are in need of carbon filter, you can visit www.hefilter.com to get more detailed information.
