Material Characterization
Microscopy, SEM with EDS, XRD and related techniques that reveal a material’s structure and composition.
Thermal Analysis
Simultaneous TGA and DSC measurements that show how a material changes as it is heated.
Thermal analysis heats a small sample under controlled conditions and records what happens. Thermogravimetric analysis (TGA) tracks weight change; differential scanning calorimetry (DSC) tracks heat flow.
What the Test Evaluates
- Thermal stability and decomposition temperature
- Moisture, volatile and filler content
- Melting, crystallization and other transitions
- Oxidation behaviour
Why It Matters
Many materials are processed or used at elevated temperature. Knowing when a material loses weight, melts or reacts helps set processing limits and compare formulations.
Common Applications
- Polymer and composite formulation studies
- Filler and ash content determination
- Thermal stability comparison of materials
- Research on metals, ceramics and powders
Available Methods
- Simultaneous TGA and DSC (TG/DTA), including specimen preparation
Frequently Asked Questions
How much sample is required?
Only a small quantity is needed; the instrument accepts samples up to 200 mg. We will confirm the amount and form for your material.
What do I receive?
You receive the weight-change and heat-flow curves recorded against temperature, with the test conditions used.
Related Services
Mechanical Testing
Tensile, compression, flexural, shear and impact tests that show how a material behaves under load.
Have a Material Testing Requirement?
Tell us about your sample and testing objective, and our team will help you decide the appropriate next step.