A3, Phase I, Vatva GIDC Ahmedabad, Gujarat|GST: 24AAKPP6075E1ZL
FTIR Spectrometer is an advanced analytical instrument used to identify and characterize materials by measuring their infrared absorption patterns.
Applicable Industries
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FTIR Spectrometer is an advanced analytical instrument designed to identify and characterize materials by measuring their interaction with infrared radiation. It generates characteristic infrared spectra that provide valuable information about molecular structure, chemical composition, functional groups, and material properties.
Fourier Transform Infrared (FTIR) spectroscopy is a widely used analytical technique across research, quality control, and industrial laboratories. The instrument combines precise optical components, advanced signal processing, and user-friendly software to deliver reliable and repeatable spectral data for material identification and comparative analysis.
FTIR Spectroscopy is suitable for the analysis of polymers, plastics, rubber, chemicals, pharmaceuticals, coatings, adhesives, and other organic and inorganic materials. It can support raw material verification, contamination analysis, formulation development, failure investigation, and routine quality control.
| Analytical Technique | Fourier Transform Infrared Spectroscopy |
|---|---|
| Spectral Analysis | Infrared Absorption Spectrum Measurement |
| Spectral Range | Wide Mid-Infrared Analysis Range |
| Resolution | High-Resolution Spectral Measurement |
| Detector | High-Sensitivity Infrared Detector |
| Optical System | Advanced Interferometer-Based Optical System |
| Sample Analysis | Multiple Sample Analysis Configurations |
| Software | Computer-Based Spectral Analysis and Data Management |
| Data Output | Spectral Data, Comparison, Analysis, and Reporting |
FTIR Spectroscopy is widely used to identify polymers, verify raw materials, study additives, and investigate changes in plastic materials caused by processing, aging, or environmental exposure.
The instrument helps characterize rubber and elastomer formulations by identifying polymer types, functional groups, additives, and chemical changes resulting from degradation or processing.
FTIR provides characteristic spectral fingerprints that can be used to identify unknown substances, compare materials, and verify chemical composition.
The instrument can support identification and characterization of pharmaceutical ingredients, excipients, and other chemical materials used in pharmaceutical research and quality control.
FTIR analysis helps evaluate binders, resins, coatings, adhesives, and composite materials by identifying chemical components and monitoring formulation changes.
The FTIR Spectrometer is suitable for raw material verification, contamination investigation, product development, formulation analysis, failure analysis, and routine quality control testing.
