What are the advantages of the homogenizer?
The word homogenize refers to uniformity, that is, the ability to move a mixture from being formed by several phases to being formed by one phase, that is, to be uniform or homogeneous. Homogenization is related to the use of chemical substances, which are sought to mix until obtaining a uniform solution, by using physical means. Homogenization can be applied to a wide variety of samples, such as tissues, food, plants, soil, among others. For this reason it is very useful in many fields of science and industry, among these can be highlighted biology, agriculture, chemistry, cosmetic or food industry, among other disciplines.
Why are the samples homogenized?
The word homogenize refers to the ability to make a mixture homogeneous, the latter referring to uniformity. This is usually related to the use of chemicals, which are mixed through physical means, until it results in a uniform solution. Homogenization is a technique that is used in many fields, from biology, agriculture and chemistry, to gastronomy, to name a few disciplines, however, are many more.
What are the techniques of homogenization?
Homogenization is a chemical technique through which components are constantly mixed that are not miscible among themselves, that is, that conventionally do not mix, in order to obtain homogeneous solutions or soluble suspensions. The final result will depend on the solutes that are mixed together as well as the type of equipment used for this technique. At present, the most commonly used instrument is the homogenizer.
Laboratory homogenizer: What are the different types that exist?
These equipments allow obtaining nanoparticles, nano dispersions, nano emulsions and cell rupture at high pressure. It is widely used in laboratories as it facilitates testing with small amounts of sample and ensures quality results; this procedure is a very common step in the preparation of biological samples before analysis of nucleic acids and proteins, or the study of cells, metabolism, pathogens and many other targets.
How is hydroalcoholic gel made with homogenizer?
Hydroalcoholic gel, also known as alcohol gel, antibacterial gel disinfectant gel, hydrogel or antibacterial gel, is a cleansing solution used as hand sanitizer, is an adjunct to the use of soap and water. Its main purpose is to prevent the spread of germs. In general, hydroalcoholic gels should be composed of alcohol in an approximate proportion between 60 % and 85 %, the most common being 70 %.
When should the Ultrasonic Homogenizer be used?
Homogenization is a chemical technique in which solutes or solvents are constantly mixed, in order to obtain as a result a uniform solution, this procedure is mainly applied when the solutes or solvents to be mixed are not miscible with each other. The degree of homogenization of the substance will depend on what is being mixed and the equipment used to apply the technique. Currently, the most common and used equipment in laboratories are rotor/stator homogenizers, high pressure homogenizers and ultrasonic homogenizers.
Recirculation Cooler: How Does It Work?
Chillers are used in many laboratories for a wide variety of important purposes, from improving the precision of experiments to improving the safety of laboratory personnel. They are teams with many uses and important benefits. Depending on the needs of the laboratory, there are different types of chillers that can be used. In this article, we will focus on recirculating coolers.
How are Recirculating Chillers used for Drinks Factories?
Recirculating cooling units are the equipment responsible for supplying cycles of heat reduction and continuous heat within industrial processes. These methods have a strong impact on production, operation costs and environmental conservation.
Recirculation Chillers for the Plastic Industry
Initially, the use of recirculation chillers improve manufacturing and manufacturing processes, perfecting process times, designed to work with water pressures for the control of machinery temperature. Therefore, in many industries require cooling their production units and chillers provide these functions, becoming a chilling tool applied in a wide range of operations.
Use of Recirculation Coolers for Hospital Machines
Recirculation coolers are units composed of closed circuits responsible for controlling the temperature to provide comfort to the space you want, are airtight equipment and protect the circulation of air away from pollutants present in the environment. Basically, they work with water that passes inside the machine to the recirculation cooler.