Ring stand definition is a metal stand consisting of a long upright rod attached to a heavy rectangular base that is used with rings and clamps for supporting laboratory apparatus.
Ring stand clamp function.
Ring stands are convenient and safe because they prevent the scientist from having to hold glassware.
An iron ring or ring clamp is an item of laboratory equipment which comprises a conjoined metal ring and radially extending rod.
There is a clamp stand that secures and extension type utility clamp to a ring or support stand.
The lab stand and ring stand clamp work together to make scenarios like this possible.
Order one sturdy ring stand and other apparatus as needed.
In some cases the rod terminates in a screw clamp for attachment to a retort stand or other support.
Ring stand consists of enameled steel support base with zinc plated steel rod 8835b50 series and 8091c20 series rings of zinc plated steel with aluminum screw clamp ring stands include one each 64 89 114 mm rings ring stand listings indicate base dimensions and rod height.
Iron rings are commonly used in chemistry laboratories for supporting apparatus.
Iron clamp is for bulok only you must use it.
A number of accessories such as clamps of various types and.
What is the function or use of iron clamp.
In chemistry a retort stand also called a clamp stand a ring stand or a support stand is a piece of scientific equipment intended to support other pieces of equipment and glassware for instance burettes test tubes and flasks.
Glassware including beakers flasks and test tubes is held in place by the hardware.
In others the rod may be attached to a stand by means of a laboratory clamp holder.
Chemical reactions occur within the glassware.
Double burette clamp and stand 1 dual adjust 2 prong nickel plated zinc clamp 1 dual adjust clamps 1 end to end connector 1 extension clamp 4 extension thermometer clamp 1 extra long crucible tong 1 fiberglass sleeves 1 fixed position 2 prong single adjust nickel plated zinc clamp 1 fixed position clamp 1 flask carrier 1.
