-
Categories
-
Pharmaceutical Intermediates
-
Active Pharmaceutical Ingredients
-
Food Additives
- Industrial Coatings
- Agrochemicals
- Dyes and Pigments
- Surfactant
- Flavors and Fragrances
- Chemical Reagents
- Catalyst and Auxiliary
- Natural Products
- Inorganic Chemistry
-
Organic Chemistry
-
Biochemical Engineering
- Analytical Chemistry
-
Cosmetic Ingredient
- Water Treatment Chemical
-
Pharmaceutical Intermediates
Promotion
ECHEMI Mall
Wholesale
Weekly Price
Exhibition
News
-
Trade Service
[ Focus on Chemical Machinery Equipment Network ] Elements, also known as chemical elements, are more than one hundred basic metal and non-metal substances in nature.
They are composed of only one type of atom, and each nucleus in the atom has the same number of protons.
, It cannot be decomposed by ordinary chemical methods, and it can constitute all substances.
Common elements such as oxygen, hydrogen, carbon, etc.
For laboratory research work, elemental analysis is the cornerstone of many scientific researches.
In this issue of the 2020 instrument series inventory, we will take an inventory of some new products of elemental analyzers for readers.
The hot spot of the chemical machinery and equipment network pays attention to the element analyzer of chemical machinery and equipmentThey are composed of only one type of atom, and each nucleus in the atom has the same number of protons.
, It cannot be decomposed by ordinary chemical methods, and it can constitute all substances.
Common elements such as oxygen, hydrogen, carbon, etc.
For laboratory research work, elemental analysis is the cornerstone of many scientific researches.
In this issue of the 2020 instrument series inventory, we will take an inventory of some new products of elemental analyzers for readers.
Note: This article is an incomplete statistics by the editor and is for reference only.
Science of Japan: NEX DE Marine Fuel Oil Energy Dispersive X Fluorescence Total Sulfur and Multi-element Analyzer
Science of Japan: NEX DE Marine Fuel Oil Energy Dispersive X Fluorescence Total Sulfur and Multi-element AnalyzerTime to market: February 2020
NEX DE adopts single-wavelength spectroscopy technology, which greatly reduces the lower limit of traditional energy dispersion detection, which can meet the detection needs of users for a variety of samples.
The analysis standards are: GB/T 17040, ASTM D4294, ASTM D8252, ASTM D6481; element detection range: sodium Na ~ uranium U.
At present, it has been widely used in the element analysis work of diesel oil, marine fuel oil, wax oil, residual oil, crude oil and other fields.
The analysis standards are: GB/T 17040, ASTM D4294, ASTM D8252, ASTM D6481; element detection range: sodium Na ~ uranium U.
At present, it has been widely used in the element analysis work of diesel oil, marine fuel oil, wax oil, residual oil, crude oil and other fields.
Rigaku Japan: Mini ZCl Single Wavelength Chlorine Analyzer Analyzer
Rigaku Japan: Mini ZCl Single Wavelength Chlorine Analyzer Analyzer Time to market: February 2020
Mini ZCl is an elemental analysis instrument specially designed by Rigaku for monitoring liquid hydrocarbons, such as Fangjing\distillate\heavy oil and crude oil and ultra-low chlorine content in water treatment solutions .
The analyzer standards are: SH/T0977, ASTM 7536; adopt MWD XRF (single wavelength dispersion) X fluorescence total chlorine analysis; in the petrochemical field, the effective analysis range is 0.
3ppm~5%; built-in multi-position automatic sampling, no consumption No high temperature parts are required.
It has been widely used in the detection of liquid and solid samples such as gasoline, naphtha, crude oil, water, polypropylene, and catalysts.
Analytical Instruments The analyzer standards are: SH/T0977, ASTM 7536; adopt MWD XRF (single wavelength dispersion) X fluorescence total chlorine analysis; in the petrochemical field, the effective analysis range is 0.
3ppm~5%; built-in multi-position automatic sampling, no consumption No high temperature parts are required.
It has been widely used in the detection of liquid and solid samples such as gasoline, naphtha, crude oil, water, polypropylene, and catalysts.
Italy Ovette: EA3100 organic element analyzer
Italy Ovette: EA3100 organic element analyzer Time to market: April 2020
Organic elements refer to elements that are widely distributed and common in organic compounds, such as hydrogen, sulfur, oxygen, etc.
The common methods for detection using organic element analysis include: differential thermal conductivity method, reactive gas phase thermal spectroscopy, and coulometric method And conductivity method.
The common methods for detection using organic element analysis include: differential thermal conductivity method, reactive gas phase thermal spectroscopy, and coulometric method And conductivity method.
The Turbo Flash dynamic combustion technology adopted by the EA3100 elemental analyzer can not only set the appropriate oxygen volume, but also optimize the injection rate, so that the oxygen supply and combustion can be completed under controlled, independent, and programmed quantitative conditions to ensure the The oxidation combustion rate greatly improves the measurement accuracy of the elements and improves the analysis ability.
Combining mature chromatographic separation technology and high-sensitivity thermal conductivity detector to achieve accurate analysis and measurement of CHNS/O, it is currently widely used in energy and chemical engineering, geology, materials, organic synthesis, environmental protection, food, pharmaceuticals, agriculture and other fields.
Combining mature chromatographic separation technology and high-sensitivity thermal conductivity detector to achieve accurate analysis and measurement of CHNS/O, it is currently widely used in energy and chemical engineering, geology, materials, organic synthesis, environmental protection, food, pharmaceuticals, agriculture and other fields.
Jena, Germany: multi EA 5100 elemental analyzer
Jena, Germany: multi EA 5100 elemental analyzer Time to market: November 2020
The multi EA 5100 elemental analyzer can quickly test sulfur, nitrogen, chlorine and carbon in gases, liquids and solids without modification to the equipment; it can also upgrade the corresponding modules to test environmental indicators such as TOC/AOX/TOX/EOX .
In addition, the instrument can also provide a variety of high-throughput gas and pressurized liquid analysis solutions.
In addition, the instrument can also provide a variety of high-throughput gas and pressurized liquid analysis solutions.
The multi EA 5100 elemental analyzer adopts dual furnace technology, which can solve the test of various matrix samples and adapt to the requirements of various sample characteristics and analysis methods.
The vertical furnace can quickly and accurately test extremely low-content gas and liquid samples, and the horizontal furnace provides optimized testing of solid, viscous samples and other complex samples; equipped with a safety self-check system to ensure stable operation of all components: automatic adjustment and optimization All system parameters, to ensure fail-safe operation, effectively eliminate the adverse effects from particulate matter, aerosol and other gas impurities; maintenance cycle reminder function; built-in multiple standard test methods in the method library, users can quickly call the method to achieve one time The results of sample injection and measurement of sulfur, nitrogen and carbon in the sample.
If chlorine is required, the instrument will automatically switch to the chlorine detection mode without manual switching, making the operation more convenient.
It has been used in petrochemical, basic chemical, coal chemical, organic materials, blast furnace gas, environmental protection and other fields.
The vertical furnace can quickly and accurately test extremely low-content gas and liquid samples, and the horizontal furnace provides optimized testing of solid, viscous samples and other complex samples; equipped with a safety self-check system to ensure stable operation of all components: automatic adjustment and optimization All system parameters, to ensure fail-safe operation, effectively eliminate the adverse effects from particulate matter, aerosol and other gas impurities; maintenance cycle reminder function; built-in multiple standard test methods in the method library, users can quickly call the method to achieve one time The results of sample injection and measurement of sulfur, nitrogen and carbon in the sample.
If chlorine is required, the instrument will automatically switch to the chlorine detection mode without manual switching, making the operation more convenient.
It has been used in petrochemical, basic chemical, coal chemical, organic materials, blast furnace gas, environmental protection and other fields.
Baode instrument: BDHg-60 direct injection mercury measuring instrument
Baode instrument: BDHg-60 direct injection mercury measuring instrument The BDHg-60 direct sample mercury measuring instrument adopts the principle of electric heating, evaporation and cold atomic absorption.
It does not need to add any reagents, and does not require complicated sample pretreatment.
It can directly determine the total mercury in solid and liquid samples, effectively avoiding samples.
The pre-treatment process brings about problems such as mercury loss, cross-contamination and environmental pollution, so as to ensure that the analysis data is accurate, while saving time, labor and reagents.
Its standard scope is HJ 923-2017, HJ 910-2017, GB/T 31947-2015, EPA7473 and SN/T 4697-2016.
At present, it is mainly used in the detection of mercury content in samples in the fields of food safety, environmental protection, disease control, medicine and medical treatment, agriculture, geology and minerals, soil, surface water and groundwater, cosmetics, teaching and research.
It does not need to add any reagents, and does not require complicated sample pretreatment.
It can directly determine the total mercury in solid and liquid samples, effectively avoiding samples.
The pre-treatment process brings about problems such as mercury loss, cross-contamination and environmental pollution, so as to ensure that the analysis data is accurate, while saving time, labor and reagents.
Its standard scope is HJ 923-2017, HJ 910-2017, GB/T 31947-2015, EPA7473 and SN/T 4697-2016.
At present, it is mainly used in the detection of mercury content in samples in the fields of food safety, environmental protection, disease control, medicine and medical treatment, agriculture, geology and minerals, soil, surface water and groundwater, cosmetics, teaching and research.
The above is the inventory of the 2020 instrument series-a partial inventory of the new products of elemental analyzers.
For more information, please click on the QR code below to follow us.
For more information, please click on the QR code below to follow us.
Original title: Inventory of new element analyzers in 2020
