Key Sample Information
- Sample Types:
- Solids, powders, polymers, composites, organic or inorganic materials.
- Sample Volume:
- Aluminum crucibles of 40 µL, 100 µL, and high-pressure crucibles of 30 µL.
- Temperature Range:
- From -150 °C to +700 °C.
- Available Atmospheres:
- Nitrogen (optional helium available).
- Specific Options:
- Determination of heat capacity (Cp) using sapphire standard comparison
- Modulated DSC to separate reversible and non-reversible phenomena
- Automatic sample changer for batch analysis
Differential Scanning Calorimeters – Mettler Toledo DSC 1
Precise analysis of thermal transitions and heat capacities of materials.
What is it for ?
The DSC 1 Differential Scanning Calorimeters are used to:
- Characterize thermal transitions (melting, crystallization, glass transition) of materials
- Study curing and polymerization processes
- Determine specific heat capacity for advanced thermal studies
- Analyze thermal stability and material behavior under various atmospheres
Fields of application:
Polymers, composite materials, pharmaceuticals, metallurgy, fine chemistry, materials science.
Available Measurement Types:
- Determination of melting temperature and enthalpy
- Study of crystallization and glass transition
- Analysis of curing and other thermal chemical reactions
- Measurement of heat capacity (Cp) by comparative method
- Modulated DSC (MDSC) analyses for improved separation of thermal events