Conductivity Meter: what is it?

Conductivity is the ability of a material to conduct an electric current, that is, a measure of the total ionic concentration of a solution; the instrument used to know the conductivity or electrical charge in a body of water of natural origin is the conductivity meter and they are very common in any water treatment procedure or in environmental laboratories. 

Ion and Conductivity Meters: Differences

Today’s ion meters are based on the ion-selective electrode technique. These are measuring instruments that have a sensitive membrane capable of measuring ionic activities. That is, they measure the concentration of a given ion in a solution using both a sensing electrode and a reference electrode.

Conductivity meter or conductivity meter: How should he be employed?

A conductivity meter or conductivity meter is a device used to determine the electrical conductivity of the ions in a solution. This is achieved because this equipment applies an electric field between two electrodes and performs a measurement of the electrical resistance in the dissolution.

Importance of a conductivity meter in a laboratory

A conductivity meter or conductivity meter is a laboratory device that measures the electrical conductivity of the ions in a solution. For what applies an electric field between two electrodes and performs a measurement of the electrical resistance in the dissolution, usually the most used measure are S/cm, other alternative ways of expressing the conductivity are salinity and total dissolved solids (STD). They are quite common and important equipment in procedures involving water treatment and monitoring, as well as in environmental laboratories.

Laboratory conductmeter, operation

A conductivity meter or conductivity meter is a laboratory device, which is used to measure the amount of electrical current or conductance in a solution. That is, it is the instrument that is used to know the conductivity (electric charge) in water body, parameter that is useful to determine the general health of natural water bodies. It is also a way to detect changes in wastewater procedures at treatment plants.

Laboratory Turbidimeter: What are the different types that exist?

These devices allow us to measure the turbidity of water, being turbidity an indicator of water quality, once the turbidity level is established the appropriate treatment to transform it into quality water such as coagulation, filtration and decantation; turbidimeters are designed to measure water quality, these instruments provide reliable and accurate readings, even in those cases where turbidity is within the lowest parameters. 

Why is it necessary to use a lyophilizer in a laboratory?

A lyophilizer is a laboratory instrument used to carry out the process of lyophilization, since this equipment is designed to remove moisture from a product by drying it cold, thus generating a completely dehydrated product that can be rehydrated when needed to use, without losing its common properties.

Organic chemistry: How do you operate a rotary evaporator?

Organic chemistry is the branch of chemistry that is responsible for the study of the structure, properties, synthesis and reactivity of chemical compounds formed mainly by carbon and hydrogen, which may contain other elements, usually in small proportion as oxygen, sulfur, nitrogen, halogens, phosphorus, silicon. That is, organic chemistry is the study of organic substances and compounds, being the constituent compounds of the different forms of living beings on our planet.

What is a recirculation chiller used for?

A recirculation chiller is laboratory equipment that is a high-efficiency closed cooling system used in various external cooling applications. These devices are especially ideal for laboratory applications that require continuous use.