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Thermal Analysis and Calorimetry Testing and Measurement Services

ASTM E698, E793, E794, E968, E1131, E1269, E1356, E1641, E2550 and others available

What is Calorimetry and Thermal Analysis?

Understanding the fundamental thermal transitions and stability is important for elucidating performance of a material. There are multiple methodologies which can be useful for determining these object and material characteristics, but none as accurate as calorimetric analysis. Differential scanning calorimetry (DSC) and differential thermal analysis (DTA) can be useful for determining fundamental thermodynamic properties of a material over specific temperature ranges, while thermogravimetric analysis (TGA) can provide insight into the stability of a material with respect to temperature.

What Properties can you Obtain from these Measurements?

A variety physical properties can be measured through calorimetric measurements, including heat capacity (Cp), glass transition temperatures (Tg), enthalpy of transitions (ΔH), phase changes, solidus and liquidus points, and thermal stability. Below is a few methods which we can recommend for measuring these values.

  • Thermogravimetric Analysis (TGA)
  • Differential Scanning Calorimetry (DSC)
  • Differential Thermal Analysis (DTA)
  • Simultaneous Thermal Analysis (STA) – includes coupled TGA and DSC testing (TG-DSC) and coupled TGA and DTA testing (TG-DTA)
  • High sensitivity microcalorimetry with a 3-dimensional heat flow sensor (3D DSC)

In what Applications are these Techniques used?

Thermal analysis and calorimetry see a very broad application. Anywhere thermodynamics or chemical stability can be a concern is a field where thermal analysis and calorimetry will see application. This includes, but is not limited to:

  • Cosmetics
  • Food science
  • Polymers
  • Materials Science
  • Metallurgy
  • Ceramics
  • Batteries
  • Electronics
  • Petroleum
  • Geology

… and many, many more.

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    What kind of Materials can be Tested with Thermal Analysis and Calorimetry?

    A diverse array of sample materials can be tested with thermal analysis and calorimetry. This includes, but isn’t limited to:

    • Thermoplastics
    • Epoxies
    • Copolymers 
    • Reaction mixtures
    • Solutions
    • Solvents
    • Catalysts
    • Ceramics
    • Metals
    • Natural products like wood
    • Coal

    … and more.

    What is Differential Scanning Calorimetry?

    Differential Scanning Calorimetry (DSC) is a technique to provide insight into thermal transitions that do not cause a weight change. By monitoring heat flow over a time and at desired temperatures, we can provide insight into these material transitions. TAL offers the DSC analysis of a variety of organic, polymer, mineral and metallic samples from ambient up to 1600 °C (and DTA up to 1200 °C). We offer insight into a material’s phase changes (melting point, boiling point, fusion), heat capacity (Cp), and in the case of polymers, the glass transition temperatures (Tg). Additionally, we offer high pressure DSC analysis, using a pressured closed crucible (500 bar @ 500 °C), which is optimal for providing insight into low-vapour pressure liquids.

    DSC Testing Services

      Labsys Evo DSC µDSC VII DSC 131
    Temperature Range 0 – 1600 °C -15 – 120 °C 0 – 500 °C
    Isothermal Accuracy ± 1 °C ± 0.1 °C ± 0.5 °C
    Ramping Rate 0.001 – 100 °C/min 0.001 – 2 °C/min 0.001 – 50 °C/min
    Sample Size Minimum 10 mg Minimum 5 mg Minimum 5 mg
    Sample Volume Max 100 mm3 Max 1 mL 10 – 100 µL
    Gases Air, nitrogen, Argon Air, Nitrogen, Argon Nitrogen or Argon
    Pressure Ambient Ambient – 400 bar Ambient – 500 bar

    What is Differential Thermal Analysis?

    Like DSC, DTA looks at the thermal transitions within a sample or analyte of choice. However, DTA looks at the thermal differences between a sample and a specific inert reference sample. DTA provides exact measures of enthalpy change within a sample with analytical precision and reproducibility. This is particularly useful for phase-change materials and the study of organic and polymeric materials.

    DTA Testing Services

    Temperature Range Ambient – 1200 °C
    Isothermal Accuracy ± 1 °C
    Ramping Rate 0.001 – 100 °C/min
    Sample Size 20 – 50 mg
    Sample Volume 20 – 80 mm3
    Available Gases Air, Nitrogen, Argon
    Pressure Ambient

    What is Thermogravimetric Analysis?

    Thermal Analysis

    Thermogravimetric analysis (TGA) is a technique to provide insight into mass changes through a desired temperature range. By monitoring the weight of a sample within a furnace, thermal effects that cause a weight change can be identified and studied. This is perfect for the thermal analysis of a material’s decomposition temperature, thermal stability, adsorption and desorption, dehydration, and combustion. We offer TGA services using our Labsys Evo with capabilities of analyzing a variety of organic, polymer and mineral samples.

    TGA Testing Services

    Temperature Range Ambient – 1600 °C
    Weight Range ± 200 mg
    Weight Resolution 0.5 µg
    Ramping Rate 0.001 – 100 °C/min
    Sample Size 20 – 50 mg
    Sample Volume 20 – 80 mm3
    Available Gases Air, Nitrogen, Argon
    Pressure Ambient

    What is Simultaneous Thermal Analysis?

    Thermal Analysis Labs

    Simultaneous thermal analysis (STA) is a method where the weight of a given material and heat flow is monitored over a given temperature range. Thermal Analysis Labs can provide a complete simultaneous thermal analysis of sample’s thermal stability (TGA) and thermal properties (DSC or DTA) on a single sample. By combining and completing this service on one single sample, we can provide a full characterization of a material’s thermal properties. This is perfect for applications in hydrogen storage materials, polymer materials, organic materials, metal organic frameworks (MOFs) and minerals. Our capabilities include: TG-DSC (ambient to 1600 °C) and TGA-DTA (ambient to 1200 °C).

    STA Testing Services

      TGA-DSC TGA-DTA
    Temperature Range Ambient – 1600 °C Ambient – 1200 °C
    Weight Resolution 0.5 µg 0.5 µg
    Weight Range ± 200 mg ± 200 mg
    Isothermal Accuracy ± 1 °C ± 1 °C
    Ramping Rate 0.001 – 100 °C/min 0.001 – 100 °C/min
    Available Gases Air, Nitrogen, Argon Air, Nitrogen, Argon
    Pressure Ambient Ambient

    Other methods may be available. Contact us at info@thermalanalysislabs.com or call (506) 457-0498 to discuss.

    • Abbott

      I am very happy with the testing services I received from Thermal Analysis Labs. I’ve found them very responsive, and they were able to get us the data we needed to get quickly so that we could use it to validate our designs. I refer my other colleagues to them, and they’re my go-to group for thermal testing.

      Scott Kramer, PEng.,
      Principal R&D Engineer

    • Welwaze Medical

      I sought thermal conductivity testing from Thermal Analysis Labs to aid in device design. My group has experienced good customer service with speedy sample processing and fast turnaround time. I would be happy to recommend this group to anyone looking for this service.

      Björn Schneider,
      Project & Supply Chain Manager

    • Siemens

      I’ve outsourced thermal testing of several materials to TAL. My experience has been very positive. Their professionalism shows in management, quality of work, and customer service. They are always eager to accommodate my needs and timeline. I highly recommend their services.

      Chris Ebeling,
      Thermodynamics and CFD Group Manager

    • MAE Trading International Inc

      All data and reports were very helpful and we appreciate your support; you did an amazing job to conduct the tests and confirm the reports within such a short time frame. This really helped us get out of jam and your support meant a lot to our efforts with our customer. We will certainly contact you again on these matters.

      Michael Smith,
      Managing Director

    • Newell Brands- Writing (Sharpie, PaperMate, PrismaColor, Elmer's)

      Thermal Analysis Labs has provided great service for all our materials testing needs by providing quick turn-around testing results while also providing the service for a reasonable cost. TAL’s professional approach to our material testing request has also provided great insight to the materials being tested and the best method to achieve the measurements. TAL has been an invaluable resource for our product development process.

      Stan Chudzik,
      Fellow Engineer, Advanced Concepts

    • Dynatex International

      I had a request for thermal conductivity information on one of my adhesives and contacted Thermal Analysis Labs. The process was very smooth – I experienced none of the issues typical of other contract labs we work with. The results were delivered on time and I have used the data in our sales literature to help my clients have success in their applications.

      John Tyler,
      Vice President of Sales

    • Shawsheen Rubber Company Inc.

      I was completely satisfied with the testing experience.

      Gary Litman,
      Vice President of Technology

    • NGK Metals Corporation

      I was well pleased with the experience. The instructions for the sample configuration was clear. The people responded promptly to questions. The lab double checked results to address any questions. The report was clear, easily understood.

      Nate Glidersleeve,
      Vice President of Technology

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