Materials Thermal Analysis

Differential Scanning Calorimeters (DSC)

Reliable, Cost-Effective Calorimetry

• Multiple heat flow sensor options: base, high-sensitivity, corrosion-resistant, and energetic sample-compatible.
• Flexible cooling systems: water, mechanical, or liquid nitrogen (LN2).
• Surrounding dual-PID temperature control delivers accurate thermal curves during both heating and cooling.
• Ultra-light mineral furnace design reduces heat loss and enhances thermal uniformity and energy efficiency.
• Optional high-pressure DSC model supports measurements up to 1000 psi for advanced material studies.

DSC Specification

Thermal Gravimetric Analyzers (TGA)

Precise Mass Loss and Decomposition Analysis

• Proprietary, self-developed hang-down microbalance with 0.1 μg resolution and high stabilityno buoyancy correction required.
• Temperature range options: ambient to 1000°C / 1200°C / 1500°C.
• Insulated balance housing minimizes thermal drift and ensures accurate mass measurements.
• Combines high sensitivity, low drift design, and robust thermal insulation for exceptional long-term precision.
• Seamlessly integrates with mass spectrometry (MS) or FTIR for evolved gas analysis (EGA) in real time.

TGA Specification

Simultaneous Thermal Analyzer (STA)

Precise Mass Loss and Decomposition Analysis

• Simultaneous measurement of TGA and DSC (DTA) for comprehensive thermal analysis.
• Optimized for evolved gas analysis with high-resolution detection of micro-scale mass and heat changes.
• Proprietary hang-down balance with thermal insulation and low driftaccuracy without buoyancy correction.
• Micro furnace design significantly reduces gas buoyancy and enhances baseline stability.

STA Specification