Wire gauze can be used to support a container (such as a beaker or flask) during heating. When the bunsen burner flame is beneath it, with a tripod, the wire gauze helps to spread the flame (and heat) out evenly over the container.
It is frequently used in combination with an iron ring and ring stand with a bunsen burner underneath it (see the Related Questions for more information about an iron ring, ring stand, and bunsen burner & tripod).
A clay triangle serves a similar purpose, except that a clay triangle is used for a crucible instead.
See the Web Links and Related Questions below for more information.
Chat with our AI personalities
When wire gauze is used in chemistry, it creates a precise, even heat dispersal. The wire gauze is centered on a ring stand, which allows an open flame to be in contact with it to a certain extent, depending on the desired heat. When an object is placed over wire gauze, it receives a more uniform heat, which is essential for the successful maintenance of the chemical process.
Because wire gauze is able to achieve this, it can also be used as a cooling surface for beakers, Erlenmeyers flasks or other vessels without damaging the supporting surface.
The use of a wire gauze in an experiment is to place under the container holding the liquid,that is being heated by the Bunsen burner, so that the container doesn't have direct conact with the flame.
In a laboratory, wire gauze is used to hold stuff on a ring stand; for instance, if you want to boil some water in a beaker using a Bunsen burner, you put a wire gauze on a ring stand, then put the flame under it.
It can also be used as a heat proof mat, in case you need to cool some substances in an apparatus, such as an evaporating dish after intense heating.
when using glassware, put a wire gauze on top of the tripod. the wire gauze spreads the heat so glassware does not crake :)
Wire gauze is a placed on the upper part of a tripod to help the uniform heating.
it prevents the heat of the apparatus directly. the circle thing on the wire gauze ensures that the heat is spread everywhere
it helps in providing constant heat
Housing uses steel wire
Structured Packing ----www.rubbersealing.comGauze structured packing from T.C.I is recognized worldwide as the leader in applications with low liquid-loading systems or temperature-sensitive compounds. Vacuum distillations, specialty chemicals, and many highly refined, value-added processing operations also benefit from gauze packing efficiency-improving capabilities.Koch-Glitsch wire gauze packing is the most efficient commercial tower packing available on the market today. Koch-Glitsch wire gauze packing has a proven track record of providing superior performance in thousands of diverse applications around the world. Koch-Glitsch Mass Transfer Technology has more than 85 years of combined experience. Our process and design expertise, coupled with superior manufacturing and pilot plant test facilities, provide Koch-Glitsch customers with solutions to mass transfer problems.The packing is fabricated from sheets of metal gauze. Type BX gauze structured packing, with 500 m2/m3 specific surface area, is manufactured using the same geometric configuration as FLEXIPAC® packing. For even higher requirements, Type CY gauze packing with 750 m2/m3 specific surface is available.Matching this high-efficiency packing with our custom-designed internals offers our customers complete systems engineered to maximize tower performance.Features: for Gauze structured packingHgih number of theoretical plate, best loading factor 1.5-2m/s, min. liquid load 0.2m3/m2.h。Materials: for Gauze structured packingstainless steel, carbon steel, 304, 316L, phosphor bronze etc. Upon clients' request.Spec. for Gauze structured packing
12