Laboratory Glassware is called glassware laboratory, the set of objects used in the implementation of various technical procedures, irrespective of its shape and size are formed only by glass.

Glass Components: Glass is manufactured by melting silica sand with sodium or potassium salts at a temperature of 1,0000c. The molten product, in that liquid state, is poured into various molds according to the objects that are required to be produced, due to the property of not crystallizing when it cools. This type of glass is very vulnerable to mechanical impacts, exposures to high temperatures, etc. which is not appropriate for the manufacture of laboratory glassware which requires the use of other components such as sodium borosilicate and aluminum, whose alloy gives it high mechanical strength, thermal and chemical.

Modern Glass Substitutes: At present, the various glass objects that make up the laboratory glassware are also made of plastic material, especially with Teflon, a low cost polymer, characterized by its hardness, which gives it a high impact resistance. It also has the property of remaining inert during chemical reactions, which validate it as an effective substitute for glass, with the advantage that given its low cost, some objects, such as: the syringes used, can be discarded without major economic effects for the institution.

Benefits of Using Porcelainware Plates:

Porcelainware Plates has a list of benefits. Some of them are as follows:

Cleaning: The crockery of Porcelainware Plates material is very resistant and easy to clean, as it is given a coating of non-stick coating that prevents food sticking or stained with oil or chili. Once washed you can have the confidence that they will not retain odors from previous meals.

Durability: The porcelain has the ability to withstand any change in temperature and adapts perfectly to external conditions. The only thing that may change is a little color, but that you will continue to enjoy your food in it without problems, it is a fact.

The, Hydrometers Equipments Set is used to determine the particle size distribution of very fine materials such as silt and clay. The soil dispersion mixer for the hydrometer test method operates at more than 13,000 rpm and includes a dispersion cup, stirring blade, automatic ignition for positioning the bowl and has an energy consumption of 100 W.

CONTACT US:

Avogadro's Lab Supply Inc.
63 Burnt House Road Ste B
Shamong NJ, 08088, USA
Phone: 6093881775
Fax: 609.388.1775
E-mail: [email protected]
Website: https://www.avogadro-lab-supply.com/
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