Thermogravimetric Analysis is an important method used to study how materials behave when they are exposed to heat over time. At ResolveMass Laboratories Inc., we use this technique to help clients evaluate the stability, composition, and performance of different materials. Whether you’re in research, manufacturing, or quality control, our TGA services give you the precise data needed to make confident decisions. It also helps identify how a material degrades, what it’s made of, and how it performs under real-world thermal conditions. This insight is key for improving product design, safety, and compliance across industries.
What is Thermogravimetric Analysis and Why is It Important?
Thermogravimetric Analysis (TGA) is a thermal testing method that measures how a material’s weight changes as the temperature increases in a controlled environment. The results can show when a material starts to break down, lose moisture, or react chemically due to heat. This makes it especially useful in studying materials like plastics, metals, ceramics, and pharmaceuticals.
By looking at the weight loss during heating, experts can understand the material’s composition and thermal stability. This helps manufacturers improve product designs, predict shelf life, and ensure safety during use. The ability to analyze these changes makes TGA an essential part of modern material testing.
This data is vital in ensuring the performance and safety of materials under various operating conditions.
Learn more: TGA Principles & Applications
Benefits of Using Thermogravimetric Analysis in Labs
Thermogravimetric Analysis plays a major role in material testing because it gives useful information about how materials perform under heat. Here are some benefits of using TGA:
- Checks Thermal Stability: Find out the temperature range where materials remain strong and do not break down.
- Detects Moisture and Solvents: See how much water or solvent evaporates when heated.
- Identifies Components: Learn what percentage of the material is made up of fillers, additives, or other ingredients.
- Tracks Reaction Speed: Understand how fast certain reactions happen at different temperatures.
This data helps companies make better products and reduce risks in production. Learn more: TGA Principles & Applications
How ResolveMass Laboratories Uses Thermogravimetric Analysis
At ResolveMass Laboratories Inc., we use Thermogravimetric Analysis to give detailed and reliable results. Our lab experts follow a careful process to test each sample. Here’s how we do it:
Step-by-Step TGA Testing Process
- Sample Preparation: Each sample is handled with care and prepared according to international standards.
- Temperature Control: We heat samples from room temperature up to more than 1000°C.
- Atmosphere Setup: Testing is done using gases like air, nitrogen, or argon depending on the test needs.
- Data Interpretation: Our team of experts studies the results and provides easy-to-understand reports.
Our TGA labs in Montreal, Canada, adhere to rigorous quality control and are ISO-compliant. Visit our service page:
🔗 DSC Analysis Services in Montreal
Applications of Thermogravimetric Analysis in Industry
Thermogravimetric Analysis is used across many industries. Below are some examples of how it helps:
Polymers and Plastics
Thermogravimetric Analysis is used to check how plastic materials respond to heat, revealing their breakdown temperatures and stability range. This helps improve product design and choose the right polymer for specific applications. It also supports recycling efforts by identifying polymer types through thermal behavior.
We’ve published several case studies, such as biodegradable polymers analysis.
Pharmaceuticals
In the pharmaceutical industry, Thermogravimetric Analysis helps measure water content, monitor ingredient degradation, and predict shelf life. It ensures product stability and compliance with safety regulations. TGA is also used in formulation studies to refine drug performance.
See our detailed pharmaceutical case: DSC in Pharma
Composites and Ceramics
Thermogravimetric Analysis is used to study filler materials and how well ceramics and composites resist thermal stress. It helps detect oxidation points and material degradation. These insights guide improvements in high-temperature applications.
Metals and Minerals
For metals and minerals, Thermogravimetric Analysis is useful for analyzing ash content, oxidation behavior, and thermal reactions. It’s especially helpful in refining and metallurgical processes. The data supports better material selection and processing control.
TGA Combined with Other Testing Methods
While Thermogravimetric Analysis provides detailed thermal data, it becomes even more valuable when paired with other testing techniques. These combinations allow for a deeper understanding of both physical and chemical changes in materials, offering a more complete thermal profile. For example:
- DSC (Differential Scanning Calorimetry): Measures heat flow during transitions like melting or freezing. Learn more: DSC Services by ResolveMass
- TGA-FTIR or TGA-MS: Identifies gases released during heating, giving a full picture of material breakdown.
These combinations help researchers make better decisions during material development.
Explore glass transition behavior here:
🔗 Accurate Tg Detection
Thermogravimetric Analysis in Quality Control and R&D
Many industries rely on Thermogravimetric Analysis to maintain high product standards. It helps in:
- Ensuring materials stay strong under temperature changes
- Making sure each batch matches quality requirements
- Meeting safety and performance regulations
- Finding and solving design or material issues early
TGA is a trusted tool in research labs and production plants alike.
Why Choose ResolveMass for Thermogravimetric Analysis
ResolveMass Laboratories Inc. is known for delivering top-quality TGA services. Here’s what sets us apart:
- Skilled Team: Our scientists have years of experience in thermal analysis
- Modern Equipment: We use high-resolution machines for accurate data
- Certified Lab Practices: Our processes follow ISO and global standards
- Clear Reports: Results are explained in a simple and useful format
- Fast Turnaround: We offer both standard and urgent testing services
Whether you’re working on a new product or need testing for regulations, we’re here to help.
Conclusion
Thermogravimetric Analysis (TGA) is a key technique in material science that helps uncover essential details about a material’s composition, stability, and how it reacts to heat. At ResolveMass Laboratories Inc., we use state-of-the-art equipment and scientific expertise to deliver reliable results you can trust. Whether you’re developing a new product, testing for quality, or conducting research, our TGA services provide the accurate data you need. We are committed to helping clients make smart, evidence-based decisions for better material performance and safety.
🔗Schedule a consultation: Contact ResolveMass
Frequently Asked Questions About Thermogravimetric Analysis
TGA, or Thermogravimetric Analysis, is a method used to study how a material’s weight changes when it is heated. It helps in understanding the thermal stability and composition of a material. This is important in material characterization to know how the material behaves under different temperatures.
In nanomaterials, Thermogravimetric Analysis helps check how these tiny particles react to heat. It shows if the nanomaterial is stable, when it breaks down, and what it’s made of. TGA is useful in developing strong, heat-resistant nanomaterials for advanced applications.
The main purpose of TGA analysis is to find out how a material changes in weight when heated. This can reveal moisture content, decomposition temperature, and leftover residue. It helps scientists and engineers choose the right materials for different products and uses.
The principle of TGA is simple: it measures the weight of a material as the temperature rises over time. When the material loses or gains weight, it’s often due to water evaporation, breakdown, or chemical reactions. This change is recorded to study the material’s thermal behavior.
Important parameters in TGA include temperature range, heating rate, type of gas atmosphere (like air or nitrogen), and the weight of the sample. These settings affect how the material responds and must be carefully controlled to get accurate results.
The objectives of Thermogravimetric Analysis are to find out when a material starts to break down, how much moisture it contains, and what remains after heating. It also helps in understanding how safe or durable a material is under heat. These insights are useful in product design and quality testing.
To prepare a sample for TGA, it should be clean, dry, and in small pieces or powder form. The amount used is usually small—about 5 to 20 mg. It’s placed in a tiny pan, and the test is done in a controlled atmosphere to ensure reliable results.
In TGA, mass loss is calculated by comparing the weight before and after heating. For example, if a sample starts at 10 mg and ends at 7 mg, the mass loss is 3 mg. This shows how much of the material evaporated or decomposed during heating.
TGA has some limitations. It can’t tell you exactly what kind of gas is released when the material breaks down. It also doesn’t work well if the material reacts with the sample pan. Plus, results can vary if the sample size or heating rate is not carefully controlled.
