DETERMINATION OF ELEMENTS
Find a collection of atomic fluorescence spectroscopy videos & application notes which provide an understanding about what is Atomic Fluorescence Spectroscopy & some Tips and Tricks.
Read MoreFREQUENTLY ASKED QUESTIONS (FAQs) FOR MELT FLOW INDEXER (MFI)
How Does Melt Flow Indexer Works? It heats and compresses thermo-softening resin, then measures resin extrusion rate through an orifice, under carefully carefully controlled conditions such as..
Read MoreWHAT IS DYNAMIC CONTACT ANGLE (DCA)?
When we talk about “Dynamic Contact Angle” (DCA), there are two quite different subjects that may be addressed:
– Time-Dependent Contact Angle (tDCA)
– Motion-Dependent Contact Angle (mDCA)
HOW TO TEST PLASTIC MATERIAL PROPERTIES?
Here is a list of common test methods used to evaluate plastics. They tell you how to check tensile and flexural properties, stiffness, impact, hardness, flammability, etc. Where applicable, ASTM specs are given as sources for more detailed information.
Read MoreWHY FT-NIR SPECTROSCOPY?
We’ve put together some commonly asked questions to give you more information about Fourier Transform Near-Infrared (FT-NIR) spectroscopy. Learn more about the benefits of FT-NIR spectroscopy and how it can help you in your daily QC work.
Read MoreBASIC PRINCIPLES OF LASER DIFFRACTION AND HOW TO SELECT LASER DIFFRACTION PARTICLE SIZE ANALYZER
At its very most basic, laser diffraction is about the relationship between particle size and the angle and intensity of scattered light. Light scatters more intensely and at smaller angles off of large particles than small particles.
Read MoreWHAT IS RAMAN SPECTROSCOPY?
Raman spectroscopy is a molecular analysis technique that has been adopted by industrial, forensic, environmental and research scientists to: • Identify and quantify unknown materials (e.g., Forensic evidence, art restoration) • Understand molecular structure (e.g., crystallinity, polymorphism) • Study spatial relationships between sample components (e.g., failure/defect analysis, depth profiling) Advantages of Raman Spectroscopy You may…
Read MoreONLINE WASTEWATER ANALYSIS FOR THE DETERMINATION OF MERCURY(Hg), ARSENIC (As), SELENIUM (Se) AND ANTIMONY (Sb) USING ATOMIC FLUORESCENCE SPECTROMETRY
In recent years wastewater treatment plants have been installing technologies to capture and remove the metals. The efficiency of these treatment processes needs to be monitored using accurate analytical systems.PS Analytical offers 2 fully automated online wastewater analysers are PSA 10.226 Online Hg and PSA 10.256 Online Excalibur (for As/Se)
Read MoreUSING ATOMIC FLUORESCENCE SPECTROMETRY FOR THE DETERMINATION OF MERCURY, ARSENIC, SELENIUM & ANTIMONY FROM FOOD, FEED AND BEVERAGE SAMPLES
The consumption of food and drink is one of the main sources of exposure to toxic metals. Selenium, is an essential nutritional element and is often added as a supplement
to food for health benefits. It is also an important element in animal feed to ensure livestock wellbeing. Coupling Atomic Fluorescence Spectrometry (AFS) with either cold vapour generation or hydride generation has been PSA’s core
competency for over 35 years.
USING ATOMIC FLUORESCENCE SPECTROMETRY FOR THE DETERMINATION OF MERCURY (Hg), ARSENIC (As), SELENIUM (Se), ANTIMONY (Sb) IN ENVIRONMENTAL SAMPLES
Soils are the major sink of these metal contaminants, while in aquatic systems, sediments are the major recipients for these pollutants. With the addition of analyte separation capabilities (which is becoming more routine) allowing for speciation studies, PSA offers powerful analytical tools to help contract laboratories, research teams and regulators alike with these determinations.
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Thermal & Thermophyscial Analysis
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Molecular Spectroscopy
Particle Characterization
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Material / Physical Testing
Food Quality Testing
Measuring Extruders & Mixers
Viscometry, Tensiometry & Surface Analyzer System
Mercury, Arsenic & Selenium Analyzer