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High Loading Capacity
Load capacity is a measure of a filter's ability to collect particulate without clogging or cessation of flow. The geometrical configuration of the glass microfibers and their formation into paper form in MS GLASS FIBER FILTER permits very high loading capacity. Collection of virtually of all types of particulate can be increased by using MS GLASS FIBER FILTER in place of conventional cellulose paper filters. This is particularly useful when working with samples containing very high concentrations of particulates.
Chemical and Physical Inertness
MS GLASS FIBER FILTER, made from 100% borosilicate glass microfibers, is highly inert and resistant to chemical reaction. This property makes MS GLASS FIBER FILTER ideal for those analytical application which require exposure to acidic or alkaline solution. Only prolonged exposure to strongly alkaline solutions and certain strong acids, such as hydrofluoric acid, can cause weakening of the filter structure and fibers.
High Temperature Resistance
Borosilicate glass is known for its high temperature resistance. Fibers used for manufacturing MS GLASS FIBER FILTER have a softening point of around 678 degrees Centigrade. It is recommended, however, that the filter not be exposed to temperatures in excess of 500 degrees Centigrade except for short periods; otherwise, damage to the structural integrity of the filter may occur. This high temperature resistance makes MS GLASS FIBER FILTER ideal for analytical procedures where volatile or organic material must be removed by exposing the filter to a laboratory furnace. These filters are highly suitable and recommended for determination of suspended and volatile suspended solids in water analysis.
Transparency
MS GLASS FIBER FILTER is made from borosilicate glass, which has a refractive index of 1.5097, and can be made transparent by placing the filter into a liquid having a similar refractive index. Benzene generally produces excellent results in rendering MS GLASS FIBER FILTER transparent. This property is extremely useful in examining the various particles which become entrapped on and just below the filter surface, thus making visual identification of various precipitates, crystals, air and waterborne particulates possible.The news come from http://www.bossgoo.com/