Reducing processing time with stirrers
In scientific areas where homogeneous mixtures are needed, such as medicine, biology, chemistry and food, stirrers are often the first resort to achieve the desired goal.
In medicine, shakers allow drugs to be mixed with nutritive liquids, which are administered to patients, as well as allowing the mixing of material used in different types of tests.
How low viscosity viscometers work?
Low viscosity viscometers are fluid measuring devices developed to evaluate the viscosity of liquids, oils and gasses. These devices are used to measure the relative fluidity of the product at a specific temperature, and also to help users make decisions about the viscosity of the product, and apply changes to bring it to desired values.
What factors should you consider when selecting a viscometer?
The selection of a viscometer is an important decision when carrying out production tasks in an industrial environment, the tool is fundamental to ensure that fluids are being handled safely and consistently in the equipment, and its selection with criteria is key to obtain the best results.
How a viscometer can improve the quality of liquid products
The quality of many liquid products depends on the accuracy with which liquids are measured and manufactured; the viscometer is a useful tool that allows the viscosity of liquids to be determined with a precision mechanism, the information provided by a viscometer is also useful for assessing the performance of liquid materials.
What are the advantages of using a viscometer?
Viscometers are widely used in various industrial sectors to measure and control the viscosity of fluids used in various companies. These instruments are used to determine the properties of fluids, including resistance to movement. This will enable companies to optimize their production, give them batch uniformity, and improve throughput at the same time. In this way, companies save money by having more controlled processes.
The quality and accuracy of viscosity measurement from a viscometer
Viscosity measurement is an important part of many industries, as this information maintains accuracy in products such as consumables and cosmetics. The use of a viscometer allows professionals to obtain the information needed for accurate viscosity measurement of a product.
How to calculate the results obtained with a viscometer
The viscometer is an instrument used in the petrochemical industry to measure the viscosity of a liquid solution. This information is used to calculate fluid parameters, such as current intensity, pressure drop, temperature, etc. This information is important for determining the behavior of fluids in a mechanical system. The measurement made with a viscometer must be accurate and reliable, so that the decisions made on that measurement are correct.
Viscometer: an essential tool for food industries
The viscometer is an essential tool for food industries. This tool is used to measure and control the consistency of liquids. This important tool is used in a wide variety of food industries to monitor the consistency of products, thus ensuring food quality and safety. Viscosity measurements are important, as consumers appreciate repeating the experience of a food they usually eat.
Thermal Cycler Protocols (PCR)
A thermal cycler is a laboratory equipment that allows to carry out the polymerase chain reaction (PCR) efficiently and quickly, by means of the automatic and cyclical realization of the temperature changes that are required for the amplification of a chain. deoxyribonucleic acid (DNA), from a thermostable enzyme. PCR enables a small number of DNA molecules to be amplified many times, exponentially.
What potential does the thermo-cycler offer in the laboratory?
Polymerase chain reaction (PCR) is an enzymatic process by which a section of DNA can be duplicated as many times as desired. In English, polymerase chain reaction is also spoken, so the method is also abbreviated with PCR. Nowadays,