Sintered Crucible Gooch Type, Borosilicate Glass

The Sintered Crucible Gooch Type, Borosilicate Glass manufactured by Glass Agencies is widely used in laboratories, research institutions, and industrial applications for filtration, drying, and weighing of fine particles. It is specially designed for gravimetric analysis where accurate separation and measurement of solid residues are essential. This crucible is commonly used in chemical analysis, pharmaceutical testing, and research work where precise filtration and residue determination are required. Its design allows both filtration and direct drying of the sample, making it highly efficient for laboratory procedures. The Sintered Crucible Gooch Type is constructed using high quality borosilicate glass, which offers excellent resistance to heat, chemicals, and thermal shock. The main feature of this crucible is the sintered glass disc fixed at the base, which acts as the filtration medium. The disc is made by fusing fine glass particles to create a uniform porous structure that allows liquid to pass through while retaining fine solid particles. During use, the sample is filtered through the crucible, and the retained solids can be dried and weighed directly in the same container, reducing handling errors and improving accuracy. Glass Agencies manufactures the Sintered Crucible Gooch Type with precision to ensure uniform pore size and consistent filtration performance. The transparent glass body allows easy observation of the filtration process and residue collection. The smooth surface ensures easy cleaning and maintenance, supporting proper hygiene in laboratory environments. The crucible is designed to withstand repeated heating and cooling cycles, making it suitable for continuous laboratory use. It is available in different sizes and porosity grades to meet various experimental requirements. The Sintered Crucible Gooch Type, Borosilicate Glass is commonly used in chemical laboratories, research facilities, pharmaceutical industries, and educational institutions where accurate filtration and gravimetric analysis are performed. With its durable construction, precise filtration capability, and practical design, this equipment from Glass Agencies supports reliable analysis, efficient separation, and high quality results in scientific and industrial applications.