A pipe clay triangle's use is similar to a gauze mat; to steady/hold apparatus on a tripod while usually they are being heated by a Bunsen burner.
A pipe clay triangle is used to support e.g. a crucible on a tripod over a bunsen flame.
Clay triangle is used to hold a crucible while the crucible is heated.
A clay triangle is used in chemistry laboratories as a support for porcelain crucibles or other objects that need to be heated over a Bunsen burner or other heat source. It helps to provide a stable base for heating without direct contact with the flame, preventing overheating or cracking of the glassware. It is commonly used in tasks such as heating chemical substances, melting solids, or performing high-temperature reactions.
You may be talking about a pipe stem triangle used in Chemistry. It is composed of twisted wires running through three clay pipes in the shape of an equilateral triangle. It is placed on an iron ring attached to a ring stand, and it holds a crucible over the flame of a Bunsen burner. Enter the keywords "pipe stem triangle" at Flinnsci.com and see if that's what you're talking about.
The clay triangle is used to hold a crucible while thecrucible is heated
píopa (pipe) dúidín / dúdóg (clay pipe)
Are you talking about a pipe stem triangle? It's composed of twisted wire running through three clay pipes in the shape of an equilateral triangle. It is placed on an iron ring attached to a ring stand, and is used to hold a crucible over the flame of a Bunsen burner.
To learn how to cut clay pipe effectively, you can start by using a pipe cutter tool designed for clay pipes. Measure the pipe accurately, mark the cutting line, and then slowly rotate the cutter around the pipe to make a clean cut. Practice on scrap pieces first to improve your technique.
The purposes of the clay pipe are used for sewage that generated by hydrogen sulfide , drainage, make clay tobacco pipes and also used in sewer gravity collection mains.
The clay pipe was broken cleanly in half. There was a layer of clay at the bottom of the pond.
John H. Walton has written: 'The structural design of the cross section of buried vitrified clay pipelines' -- subject(s): Clay Pipe, Pipe, Clay 'The flow capacity of vitrified clay pipelines'
long clay pipe