Basins And Crucibles

A crucible is a specially designed container designed to withstand high temperatures and is often used for melting and casting materials in laboratories. Crucibles are essential equipment when conducting precise lab experiments that require high heat. Common materials for such containers are graphite or clay with binding agents that can withstand such high heat; furnaces often heat them before pouring their content into molds for casting purposes, using them as holding units, or for other specialized tasks such as ash testing.

Laboratory crucibles by Atico India come in various shapes and sizes, yet all share one trait in common: being able to withstand high temperatures. These containers are intended to prevent chemical losses during an experiment by keeping substances from evaporating away. For other applications made out of materials like stainless steel or platinum, depending on your application needs,

Crystal Basins: For crystallizing materials out of liquids, such basins are made of glass and have nothing sticking out. They are the best for crystallizing substances from solutions.

Evaporating Basins: These are also made from glass and have a flat bottom but with a spout to aid in pouring liquids. They are used for evaporating liquids to concentrate solutions or obtain solids.

Laboratory crucibles differ from basins by being wide containers with curved forms and high temperature-resistant materials like porcelain or glass, such as being coated in the glaze for minimal contamination and even heating, thicker walls to provide even heating, smooth interior surfaces to ease cleaning, as well as lids, to provide ventilation during high-temperature experiments.

- Porcelain crucibles: That's the first one we will discuss. One of them is porcelain crucibles, which are proof against high temperatures and the attack of chemicals.

- Crucibles, high-form: These are tall and narrow crucibles and large enough to hold such chemicals or melt metals from them.

- Gooch crucibles: This has a perforated bottom, making it efficient in filtering off precipitates during gravimetric analysis.