High Performance DSC for Precise Material Thermal Characterization

The CHEESION Advanced Differential Scanning Calorimeter is designed for precise measurement of heat flow and thermal transitions under controlled temperature conditions. It provides reliable thermal analysis data for material research, formulation development, quality control and production verification.

Compared with routine DSC testing, the Advanced DSC is designed for applications requiring improved temperature control, stable heat flow measurement and repeatable thermal characterization. It can be used to investigate glass transition, melting, crystallization, oxidation induction behavior and other thermal events in polymers and advanced materials.

The instrument is suitable for plastics, rubber, polymer composites, cable materials, films, pipes, automotive materials, chemicals, pharmaceuticals, battery materials and research laboratories.

Key Features：

Precise heat flow measurement

Stable and repeatable thermal analysis

Programmable heating and cooling procedures

Glass transition temperature measurement

Melting and crystallization analysis

Enthalpy and thermal transition analysis

Oxidation induction time testing

Controlled atmosphere testing

Integrated touchscreen operation

Professional analysis software

Suitable for R&D and quality control

Multiple configurations available for different applications

The CHEESION Advanced DSC is suitable for thermal characterization of polymers, plastics, rubber, composites and other advanced materials. It can measure glass transition temperature, melting behavior, crystallization, enthalpy changes and oxidation induction time, helping users understand material structure and thermal performance.

In polymer and plastics testing, the instrument supports formulation comparison, raw material verification, batch consistency evaluation and processing optimization. It is suitable for polyethylene, polypropylene, PET, PA, ABS, engineering plastics and modified polymer materials.

For cable, pipe, film and geomembrane industries, Advanced DSC can be used for oxidation induction time testing, melting and crystallization analysis, helping evaluate antioxidant performance, thermal aging resistance and long term material stability.

In rubber and automotive material applications, DSC supports glass transition analysis, formulation comparison and evaluation of material behavior under changing temperature conditions.

For battery materials, chemicals and advanced material research, the instrument can be used to study phase transitions, thermal reactions and material stability, supporting product development and safety evaluation.

The CHEESION Advanced DSC is also suitable for universities, research institutes, independent laboratories and industrial quality control departments for material characterization, R&D, supplier verification and finished product inspection.

Typical Industries

Polymer and Plastics

Rubber and Elastomers

Cable and Wire

PE Pipes and Geomembranes

Plastic Films and Sheets

Automotive Materials

Composite Materials

Battery Materials

Chemicals

Pharmaceuticals

Universities and Research Institutes

Quality Control Laboratories

Main Test Functions

Glass Transition Temperature Tg

Melting Temperature Tm

Crystallization Temperature Tc

Melting Enthalpy

Crystallization Enthalpy

Degree of Crystallinity

Oxidation Induction Time OIT

Heat Flow Analysis

Thermal Transition Analysis

Material Comparison