SHOPPING CART
Your cart is empty.
shop now
what are you looking for?
Your cart is empty.
shop now
The sample pan size in a Mettler Toledo DSC is critical for accurate thermal analysis. Using the correct pan size ensures proper heat transfer, baseline stability, and valid interpretation of transitions like melting or crystallization. Always match pan dimensions to sample mass, material type, and method requirements for best results.
Recent technological innovations have improved DSC sample pans by introducing high-performance materials, advanced sealing methods, and sustainable options. Industry 4.0 digital manufacturing now enables greater precision and customization in Mettler Toledo sample pan production, directly enhancing lab reliability and efficiency.
The market for DSC sample pans is expanding due to increased research and industrial demand, with innovation driving advanced sealing and sustainable materials. North America and Europe are leading regions, and future trends include customizable designs and eco-friendly materials for Mettler Toledo applications.
To select the ideal sample pan for a specific Mettler Toledo DSC application, consider the sample’s nature, analysis temperature, pan material, and required volume. Match pan characteristics, such as thermal stability and sealing, to polymers, pharmaceuticals, high-temperature, or micro-quantity analysis for accurate results.
To choose the right sample pan for Mettler Toledo DSC instruments, match the pan’s material, size, and sealing type with both your instrument model and analysis needs. Always confirm compatibility by checking reference charts and technical documentation for DSC equipment.
To troubleshoot common problems with DSC sample pans, ensure the pans match the instrument’s specifications, are clean, and are properly sealed. Use high-quality, compatible consumables to prevent fitting issues, inconsistent thermal analysis results, sample loss, and contamination during differential scanning calorimetry.
Mettler Toledo DSC sample pans are precision-engineered consumables made primarily from high-purity aluminum, offering excellent thermal conductivity and compatibility with DSC instruments. Core technical specifications include volumes ranging from 40 µL to 100 µL, maximum temperature tolerances up to 600°C for aluminum pans, and specialized lid or pin features to ensure sample integrity for thermal analysis.
The best way to choose a sample pan for a Mettler Toledo DSC is to match the pan’s material, size, and sealing type with your instrument’s requirements. Make sure the pan is made from high-purity aluminum or other compatible materials, fits exactly, and is listed as compatible with your Mettler Toledo model. Always verify with reliable product specification sheets and purchase from trusted suppliers to ensure accurate and repeatable thermal analysis results.
C082.Wangdefu International Building, Furong, Changsha, Hunan, China
+86-19907415020
