Thermo Gravimetric Analyzer- a Must have Scientific Equipment

Thermo gravimetric analyzer is an incredible apparatus for measuring the altering weight of a sample as the function of temperature as well as time including a support, a round chamber mounted on support. It also has a weight responsive means that is in the upper chamber having single horizontally disposed limb adapted to get a sample at extremity responsive for measuring the temperature of provided sample.

The horizontally disposed arm of Thermo gravimetric analyzer preferably include a member adapted to receive the provided sample at the end and a 2nd member of similar material linked to another end. The connection being effected by the expansion clip that compensates for any change in the length of the initial member with the changes in temperature.

Thermo Gravimetric Analyzer

Thermo gravimetric analyzer measures the changes in weight of the sample under the investigation at very controlled temperature. Basically, its analysis involves the measurement of the sample’s as a function of time or temperature or both. In several cases, the change in the weight of sample can also be affected by the gradual flow of a gas like oxygen, air, etcetera. over the sample.

The apparatus is useful to determine the thermal decomposition of the organic & inorganic compounds, roasting, calcination of minerals, solid-state reactions, thermochemical reactions of the ceramics & ceramic-coated metals, petroleum & wood, pyrolysis of coal, determination of moisture, volatiles & ash, absorption, adsorption & desorption properties of the materials, corrosion of metals, rates of evaporation & sublimation of materials etc. along with their latent heats & the thermal degradation of the synthetic and natural materials.

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Portable Gas Detector for Harmful Gas Detection

In the restricted/curbed work spaces found in the paper mills, refineries, chemical plants, underground mines, utility passageways, chemical industries, the air may be polluted with the combustible or toxic gases or can suffer from the lack of oxygen.

Every day, employees and workers who’re just doing their works can come into the contact with airborne impurities which are harmful or even fatal sometimes. It especially is true of the workers who must enter narrowed spaces to perform their tasks.

Portable Gas Detector

To protect the workers and employers are important by law to have a way to check the atmospheric air before the entrance and during the entire working time, employees/workers occupy the space. Companies and managers must ensure a safe & healthy workspace to maintain production and to guard their workers.

Every person entering the work space should be prepared with a portable gas detector worn where it can be checked frequently and easily. It is a must-have, very important life-saving tool which can be used in an extensive range of industrial settings.

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The Portable gas detector is designed for single substance, or can easily be fitted with the multiple sensors. Some of them are measured up to 6 gases & include piercing audible as well attention-getting 360-degree visual alarms. The sensor of the portable gas detector is the most important section. When facing any unknown gas hazard/threat, you need a sensor which provides the dependable detection of the combustible atmospheres. It should respond quickly to the explosive and harmful gases & have an extreme level of sensitivity to combustible gases in a confined work space. This is a must have work space apparatus.

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Microwave Digestion for Industrial Purpose

The Microwave Digestion system offered by SKZ Industrial represents a masterstroke of engineering. The newly designed Microwave Digestion has Directed Multimode DMC Cavity that provides the best of both multimode and mono mode microwaves.

Microwave digestion

  • As in a mono mode system, the microwave digestion is directed to the sample, offering highly efficient heating in the small-footprint system.
  • As in a multimode system, more than 1 sample can be easily digested in a single run. Because of the effective turbo cooling process, the unique cooling times as short as ten minutes for a completely loaded 12-position rotor are possible. With the ‘Smart Vent’ technology, Microwave Digestion is the most convenient lab instrument available on the market for multipurpose use.

The microwave digestion presented by SKZ Industrial is equipped with the two 1000 Watt magnetrons for total 1900 Watt and making it one of the most powerful microwave digestion systems available for sample preparation.

This system additionally employs a spinning diffuser which evenly distributes the microwaves all through the cavity. Microwave digestion power is coupled with the diffuser that enables extremely fast heating throughout the propellers and the comprehensive digestion of the grimmest samples.

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This microwave digestion is suitable for both microwave solvent extraction and microwave acid digestion in the similar microwave platform. It features a full stainless steel pressure-responsive door having an innovative opening with a self-resealing mechanism for the optimum safety of operation in case of unexpected over pressurization of the cavity.

The new Microwave digestion is equipped with the state of the art yet easy-to-use reaction sensors. The definite temperature of every vessel is continuously shown on the control terminal of the instrument during the microwave run. For more details, you should visit company’s website.

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Differential Scanning Calorimeter for Thermal Analysis

The procedures of thermal analysis have been extensively accepted in the analytical chemistry. The term “Thermal Analysis” integrates those methods in which some physical parameters of the system are determined. These parameters are then recorded as a purpose of the temperature analysis. Thermal breakdown analysis has been used for regulating the chemical and physical properties of the electronic circuit board, polymers, coals and geological materials.

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DSC (Differential Scanning Calorimetry Process) is one of the most preferred thermo-analytical methods. A Differential Scanning Calorimeter measures the heat of the sample. A Differential Scanning Calorimeter measures the heat relative to a reference. The device does all of the above & heats the given sample with a given ramp of linear temperature.

Differential Scanning Calorimetry Process is a method in which the alteration in the amount of heat is necessary to increase the sample’ s temperature and the reference are measured as the purpose of temperature. The reference and the sample are maintained at the similar temperature throughout the trial and experiment. Generally, the program of temperature for a DSC analysis is designed in such a way that the temperature of sample holder increases gradually as the function of time. Only some milligrams of material are needed to run the complete analysis.

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Differential Scanning Calorimetry Process is the most often used technique for thermal analysis, primarily due to its speed, availability, and simplicity. It is mostly used for the process of quantitative analysis. Differential Scanning Calorimeter is the precise device that can be used for the purpose. If you are looking for such device3, you should check them online. Visit the online portal of SKZ Industrial to more about Differential Scanning Calorimeter.

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Refractometer for Readings of Fruit Juices

A Refractometer is a fairly inexpensive and essential type of test equipment. It is mainly used by used by winemakers and vineyard managers. The rough and craggy exterior of metal, plastic, and rubber protects the highly polished shiny optical glass, prisms and mirrors which are contained within. When a sample is placed beneath the daylight platter, the winemaker can easily see the percentage reading by looking through the eyepiece monocular & reading the available scale which is seen when a person holds the refractometer in the sunlight (natural light).


As previously specified, Refractometer allow the winemakers and vineyard managers to figure the percentage which is the relative sugar weight of the sample compared to the distilled water of the juice fresh fruits like grapes, litchi, apple etc.. Brix percentage is sometimes referred to as Balling, no need to worry, the terms are substitutable. Depending upon the observed readings, winemakers can monitor the evolvement of ripening & adjust their plans for harvest, if required.


In the simplest note, the Refractometer works exactly like a prism. Remember how, as a kid, you could use prisms to separate out different wavelengths of the light – the rainbow color (red, orange, yellow, green, blue, indigo, violet) when the source of light was excelled on the prism at the precise angle? Well, the contemporary and latest refractometers work on the similar principle. It reacts inversely to the light depending upon the quantity of sugar which is available in sample liquid held between the light plate & the main prism assembly.

Before you start noting readings, it is quite important to adjust the refractometer. Some instruments entail the usage of special calibration liquid to perform the chore, while others are calibrated with the distilled water.

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Potentiometric Titrator for Laboratory Assistance

Mechanized and programmed Potentiometric Titrator is an indispensable diagnostic instrument for the quality control & chemical analysis. Fischer Karl and Potentiometric titrators are two very significant workshop instruments. All types of potentiometric titrators are compact and are capable of detecting the multiple uniformity points.

Automated Potentiometric Titrator is useful for the titration types like Argentometric titrations, Acid-base titrations, Redox titrations, Non-aqueous titrations, Complexometric titrations, Precipitation titrations, pH stat titrations, EDTA titrations, Enzymatic titrations, Diazotization titrations, TAN/TBN titrations etc. With these kind of facilities it can work as Redox titrator, acid-base titrator, Argentometric titrator, Complexometric titrator, Precipitation titrator, pH stat titrator, EDTA titrator, Enzymatic titrator, Diazotization titrator, TAN/TBN titrator, and many more.

Potentiometric Titrator

The application industry for that utilizes the Potentiometric Titrator are Chemical, Biotechnology, Fertilizer, Pharma, Dairy, Petrochemicals, Paints, Waters, Dyes, Food and Beverage, oil, cosmetics, distilleries, steel and much more. It offers different titration types such as Acid-base titrations, Redox titrations, Non-aqueous titrations, Complexometric titrations, Precipitation titrations, pH stat titrations, EDTA titrations, enzymatic titrations, Diazotization titrations, TAN/TBN titrations. The facilities includes in the potentiometric titrators are Blank, back titration, three methods, four modes, optional KF, optional pH statistics, several result units, interchangeable burette, store 51 user methods, three formulae in Normality mode, store ten formulae in sample mode, routine transfer to sample mode, Linearity, standard deviation, ten reports stored, Graphics etc.

Potentiometric titrators feature versatile control along with user-friendly mechanism, Advanced Microcontroller, powerful performance, GLP Compliance, Complaint IQ, OQ, PQ, CFR 21 PART 11, Calibration, PC Connectivity, Traceability, Result display screen, Corrosion resistant fiber body, and Printer.

For further details, you can check them online.

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