Máquina de la calorimetría de exploración diferencial de los plásticos 500mW Dsc

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March 22, 2023
Brief: Descubra la máquina de calorimetría diferencial de barrido (DSC) de 500 mW para plásticos, una herramienta de vanguardia para el análisis térmico en materiales y química. Ideal para I+D, control de calidad y análisis de fallos, esta máquina DSC mide las transiciones de fase, los puntos de fusión y los procesos de cristalización con precisión. Cumple con estándares internacionales como ISO 11357 y GB/T 19466, y ofrece una precisión y versatilidad inigualables para las necesidades de su laboratorio.
Related Product Features:
  • Measures thermal effects with a DSC range of 0 to ±500mW for precise analysis.
  • Operates across a wide temperature range from room temperature up to 800°C with air cooling.
  • Offers flexible heating rates from 0.1 to 80°C/min for controlled thermal profiling.
  • Provides high temperature resolution and repeatability of 0.1°C for reliable data.
  • Features low DSC noise and high sensitivity at 0.01mW for accurate detection.
  • Supports heating scans and constant temperature modes with full program control.
  • Includes automatic atmosphere control and a 7-inch LCD touch-screen display.
  • Allows user calibration of temperature and enthalpy with standard substances.
Preguntas frecuentes:
  • What is the main application of this DSC machine?
    It is used to measure thermal effects like glass transition temperature, melting point, crystallization heat, phase transformation reaction heat, and oxidation induction period in materials such as plastics, polymers, and pharmaceuticals.
  • What temperature range does this DSC instrument cover?
    The instrument covers a temperature range from room temperature up to 800°C, utilizing air cooling for efficient thermal management.
  • Can the technical parameters be customized for specific user needs?
    Yes, all technical indicators, including temperature, enthalpy, and DSC parameters, can be adjusted according to user requirements for tailored analysis.