Cases

Research on thermally conductive materials in universities is characterized by a high degree of material diversity: In terms of conductivity range: It encompasses everything from thermal insulators to highly conductive materials. In terms of physical form: It covers solids, liquids, powders, and even gases. Since students work on a wide variety of thesis topics, researchers inevitably encounter all these material types. However, since most other thermal conductivity analyzers on the market are often limited to measuring only one specific form of material, a single instrument is rarely sufficient to address the diverse needs of all student projects.

Determination of the curing reaction heat and glass transition temperature of thermosetting resins is crucial for understanding their characteristics.

The CBD-500P Carbon Black Dispersion Tester is a premium microscopic image analysis system engineered specifically for the polyolefin industry. Strictly compliant with major international and national standards—including GB/T 18251, ISO 11420, and ASTM D3015—this instrument is designed to precisely measure the dispersion quality of pigments or carbon black in pipes, fittings, and compound materials made of polyethylene (PE), polypropylene (PP), and other polymers.

As a reinforcing filler, carbon black improves the tensile strength, tear strength, and wear resistance of rubber. The physical properties of rubber products are influenced by the loading level, particle size, and structure (shape) of the incorporated carbon black.