Conical Filter (Hirsch Type) with Sintered Disc, Borosilicate Glass

The Conical Filter (Hirsch Type) with Sintered Disc, Borosilicate Glass manufactured by Glass Agencies is widely used in laboratories, research institutions, and educational setups for filtration of small quantities of liquids and separation of fine particles. It is specially designed for vacuum filtration processes where quick and efficient separation is required. This filter is commonly used in chemical analysis, pharmaceutical work, and experimental procedures where precise filtration of small samples is essential. Its compact and conical design makes it ideal for handling limited volumes while maintaining accuracy and efficiency. The Conical Filter (Hirsch Type) is constructed using high quality borosilicate glass, which provides excellent resistance to heat, chemicals, and thermal shock. The key feature of this filter is the sintered glass disc fitted at the base, which acts as the filtration medium. The disc is made by fusing fine glass particles to create a porous structure that allows liquid to pass through while retaining solid particles. The conical shape helps in directing the liquid efficiently towards the outlet during filtration. During use, the sample is placed in the filter and vacuum is applied, enabling faster filtration and effective separation of solids. Glass Agencies manufactures the Conical Filter (Hirsch Type) with precision to ensure uniform pore size and reliable performance. The transparent glass body allows clear visibility of the filtration process, helping users monitor the separation effectively. The smooth surface ensures easy cleaning and maintenance, supporting proper hygiene in laboratory environments. The filter is designed to be compatible with standard laboratory apparatus used for vacuum filtration, making it convenient for various applications. The durable construction ensures long service life even with repeated use. The Conical Filter (Hirsch Type) with Sintered Disc, Borosilicate Glass is commonly used in chemical laboratories, research facilities, pharmaceutical industries, and educational institutions where small scale filtration is required.