DSC testing has a wide range of applications covering wide materials such as Chemical, Pharmaceutical, Plastic, Polymer, Food, Rubber, Composites, Laminates, Organic compounds, Explosives, biological samples, Coatings and petroleum samples.

Since wide range of materials could be tested using DSC technique, It found applications in diversified industries which includes Cosmetics, Batteries, Metallurgy, Textiles, tool manufacturing, Coal, Semi conductor and Automotive industry.

DSC testing is most common thermal analytical technique used in R&Ds, Quality control, Quality assurance and many analytical procedures.

• Melting point (Tm)
• Glass transition (Tg)
• Heat Capacity
• Purity
• Crystallinity
• Phase changes
• Cure process
• Oxidative stability
• Product stability
• Thermal stability.

Nishka research has 15 Years of experience in thermal characterization, which helps you in meeting your deadlines. Nishka research efficiently evaluates Melting point, Weight loss, Purity, Endotherm, Exotherm and thermal stability of your material.

• Aerospace
• Automotive
• Biomedical/biotechnology
• Compound Semiconductor
• Data Storage
• Defense
• Displays
• Electronics
• Industrial Products
• Lighting
• Pharmaceutical
• Photonics
• Polymer
• Semiconductor
• Solar Photovoltaics
• Telecommunications

• Temperature : Room temperature (25°C) to 725°C
• With Cooling System : -30 to 400°C / -180 to 725°C
• Temperature Accuracy : +/- 0.1°C
• Temperature Precision : +/- 0.05°C
• Calorimetric Reproducibility (indium metal) : +/- 1%
• Calorimetric Precision (indium metal) : +/- 0.1%
• Dynamic Measurement Range : +/- 350 mW
• Digital Resolution : >0.04 µW
• Baseline Curve (-50 to 300°C) : <0.15 mW
• Baseline Reproducibility : < 0.04 mW
• Sensitivity : 1.0 µW
• Indium Height/Width* : 8.0 mW/°C
• Gas purging with mass flow controlling system : Nitrogen & Oxygen

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