Materials Science
Polymer characterization, coating analysis, and failure investigation.
Materials science research requires versatile analytical tools. Our spectroscopy solutions support polymer identification, additive analysis, coating thickness measurement, and failure investigation across industries.
Our Solutions
Polymer Analysis
Complete characterization of polymers including additives, fillers, and degradation products.
- Extensive polymer libraries
- Quantitative additive analysis
- Aging studies
Coating Analysis
Non-destructive analysis of single and multi-layer coating systems.
- Layer-by-layer analysis
- Thickness mapping
- Adhesion studies
Recommended Products
ALPHA II
The Bruker ALPHA II is a compact, robust FT-IR spectrometer designed for high-precision laboratory analysis and routine quality control with an intuitive, user-friendly interface. The Swiss-knife of FT-IR spectroscopy.
LUMOS II FT-IR Microscope
The LUMOS II is a stand-alone, fully automated FT-IR microscope designed to provide exceptional chemical imaging performance and ease of use for both novice and expert researchers.
HYPERION II FT-IR & QCL Microscope
The HYPERION II is a premier research-grade microscope that uniquely integrates traditional FT-IR with high-speed QCL laser technology for advanced molecular imaging and sub-micron characterization.
SENTERRA II Raman Microscope
The SENTERRA II is a high-performance confocal Raman microscope designed for fully automated, continuous operation, delivering research-grade sensitivity and sub-wavenumber precision for both laboratory and industrial applications.
RAMANtouch 3D Raman Imaging Microscope
The RAMANtouch is a high-performance confocal Raman microscope that utilizes patented laser scanning technology to deliver the world's fastest high-quality 2D and 3D Raman imaging.
RAMANwalk Confocal Raman Microscope
The RAMANwalk is an intelligent confocal Raman microscope that utilizes a revolutionary random-walk algorithm to deliver exceptionally fast "smart" previews and high-speed chemical screening.
Frequently Asked Questions
Can I analyze multi-layer polymer films?
Yes, using the LUMOS II FTIR microscope, you can perform automated analysis of multi-layer laminates. It allows you to visualize and identify individual layers as thin as 2-3 microns for reverse engineering.
What is the difference between FTIR and Raman for polymers?
FTIR is standard for identifying polymer types and copolymers. Raman is superior for analyzing carbon-based materials (like graphene/CNT), crystallinity, and inorganic fillers without interference from moisture.
How do I measure coating thickness?
FTIR can measure coating thickness non-destructively by analyzing interference fringes or peak ratios. For complex multi-layers, cross-sectional analysis with an FTIR microscope provides a direct chemical map of each layer's thickness.