Precision
on the molecular level
Why FT-IR analysis?
IR – spectroscopic investigations enable the determination of chemical structures in molecules and provide insights into the basic molecular configuration of an unknown probe. The analysed material can be liquid, pasty or even solid. Only extremely small sample quantities are required. Thus, an excellent identification of singular substances and combinations is possible.
Do you have questions about FT-IR material analysis?
Contact us.
Material analysis by FT-IR spectrometry - How it works
How do material analyses by FT-IR spectrometry work ? This can be explained in three steps. Each material has a very unique molecular fingerprint. This fingerprint can be identified by analyzing the material.
Performance spectrum
Analyze
- Measuring the molecular fingerprint
- Reference measurements for quality monitoring
- Traceable proof of quality
Identify
- Chemical components e.g. additives or foreign substances
- Thermal and chemical stress
- Oxidation, degree of cross-linking and moisture absorption
Verify
- smallest concentrations > 1% of the searched substance detectable
Quantify
- Variances from the ideal profile are immediately detectable
- Trouble-free production process
- Reduced waste
Fields of application
PCB Processing
- Batch comparison of the PCB substrate – identification of a quality difference before starting production
- Identification of humidity absorption
- Detection of thermal degradation
- Detection of chemical degradation
Soldering Process
- Residue analysis and process optimization
- Analysis of filter residues and cleaning effectiveness
Solder Paste Analysis
- Batch comparison
- Material Ageing Analysis
- Identification of a humidity absorption
- Analysis of additives
Plastics Processing
- Batch comparison of the granulate – identification of a quality difference before starting production
- Determination of the moisture absorption
- Verification of thermal degradation
Materials Analysis
- Identification of the material composition
- Detection of thermal degradation
- Detection of chemical degradation
- Detection of UV degradation
- Material Ageing Analysis
- Analysis of additives
- Detection of contaminations
Coating Analysis
- Batch comparison
- Ageing analysis
- Cross-linking analysis
- Detection of contaminations
Your Benefit
Advantages in Competition
Use the FT-IR analyses for strategical material and process optimization.
Outstanding Quality
Give your customers a guarantee of the highest quality standard with a material comparison on the molecular level.
Decision-Making Basis
Use FT-IR analyses as a basis for making decisions on the choice of the best supplier.
We are pleased to support you competently, professionally and independently with your project and are also on hand at all times as a competent partner to consult you.
Our Services
FT-IR Analysis
Sample analysis + measurement protocol + result interpretation
Article: 700510
FT-IR Reference Measurements
measurement protocol + measurement of the deviation (without result interpretation)
Article: 700520
Probe Preparation
Sample preparation for e.g. single layer analysis, solvent analysis, polymerisation analysis, etc.
Article: 700530
Benefit from our Attractive Analysis Packages
Analysis Package S
The ideal package for small and medium-sized companies.
- 1 FT-IR Analysis with Interpretation of Results
- 10 Sample Analyses
Article: 700540
Analysis Package M
A powerful solution for medium and large companies.
- 3 FT-IR Analyses with Interpretation of Results
- 24 Sample Analyses
Article: 700550
Analysis Package L
A high performance analytics package for large companies.
- 6 FT-IR Analyses with Interpretation of Results
- 50 Sample Analyses
Article: 700560
Analysis packages S, M and L can be booked monthly. The contract period starts with the fi rst sample delivered to our company (date of entry). Validity period is one month, e.g. first sample received on March 9, 2021 – last sample received on April 8, 2021. The results of the reference measurements are available in digital form in PDF format immediately after their measurement.
