Infrared spectroscopy is used widely in both research and industry as a simple and rapid technique for measurement and quality control in both organic and inorganic analysis.
In contrast to the relatively few absorption peaks observed in UV-VIS region for most compounds, the infrared spectrum provides a rich array of absorption bands. FTIR Testing is widely used and has diverse applications.
With the developments in interferometer designs and electronics FT-IR spectroscopy has emerged as a technique that in a true sense provides a fingerprint of materials in a matter of seconds.
Due to all of its features, the FTIR laboratory analysis has now become a go-to method for proper chemical compound identification. That is why you should learn about its functioning and see whether it can be useful for your analysis purpose or not.
What Is FTIR Testing?
FTIR stands for Fourier Transform Infrared Spectroscopy. It is an uncomplicated way in which you can understand different products and materials through data interpretation, analytical sample screens, and profiles.
In simple terms, we can also state that FTIR testing is a method of chemical compounds’ identification that are present in pharmaceutical products, paints, coatings, consumer products, food items, polymers, etc.
As stated earlier, FTIR laboratory analysis is done for both organic and inorganic samples that need a quantitative as well as a qualitative examination. Let’s now move on to the working of FTIR tools.
How Is FTIR Done?
In Fourier Transform Infrared Spectroscopy, an infrared absorption spectrum is created to recognize all the molecule’s present chemical bonds. Here, a profile of the taken sample is generated.
This distinctive molecular footprint further assists in screening and scanning the samples to seek out a number of elements in them. Therefore, FTIR equipment can be used to characterize covalent bonds and functional groups’ information.
In short, the instrument here forms an infrared absorption spectrum to find out crucial details about the given sample’s molecular structure. There are several other molecular spectroscopy techniques that can be utilized along with FTIR testing to get additional data about the molecules.
Products for FTIR Laboratory Analysis
There is a long list of products that are suitable for FTIR testing. These include:
- Personal care items
- Laminates, coatings, paints
- Polymers and plastics
For these kinds of products, a few testing are included in the FTIR analysis:
- Unknown samples’ identification
- Impurity screening
- Quantitative analysis
- Qualitative analysis
- Contamination analysis
- Toxicity screening
In case you manufacture any of the given products or need any of the services, you must find a reliable FTIR analysis service provider to get your products tested for their molecular information.
Why Choose Us for FTIR Testing?
We are equipped with Jasco-410 FTIR in our laboratory in Delhi and PerkinElmer FTIR in Bangalore and Baddi. These instruments are extensively used in analyzing pharmaceuticals, chemicals, polymers, foods, and mineral oils in water samples. Therefore, you will get the best solution for all your FTIR laboratory analysis requirements. Our experts will even offer you the most accurate results for your entire product range.
If you want to get our FTIR analysis service, you can contact us through the given quick query form. We will get to you as earliest as possible to solve all your queries and provide you with the most reliable assistance.