HV-3000-P3C/P6C
HDT/VICAT Tester

The HDT/VICAT tester is specifically designed to assess the heat deflection temperature (HDT) and the VICAT softening temperature of materials, providing essential data for evaluating their thermal properties.
This instrument provides a variety of test options, allowing operators to determine the deflection and softening temperature of plastics and polymers under various conditions.


PRINCIPLE: The HV-3000-P6C, equipped with powerful HDT/VICAT testing software and high-precision LVDT sensors, offers manufacturers a reliable and efficient solution for evaluating the deflection performance of materials under specific loads and temperatures. With its multi-station design, it allows up to 6 sample to be tested simultaneously. Moreover, this instrument supports a diverse range of HDT and VICAT test options, providing flexible solutions to meet various testing needs. Its testing software also features high-precision LVDT linear calibration that ensures consistent and accurate test results.

WIDE APPLICABILITY: Well-suited for diverse industries such as aerospace, material science, construction, automotive, energy, medical devices, and industrial manufacturing.

QUICK TESTING AND FLEXIBILITY: The position-adjustable LVDT probes and motorized stations enable operators to install samples and conduct tests quickly and effortlessly.

RELIABLE TEST RESULTS: Automatically conducts correction for thermal expansion during tests to ensure the accuracy and reliability of the test results. 

HIGH PRECISION CONTROL: Employs linear calibration methods to maintain accuracy in measurements across different temperature conditions.

UNIFORM TEMPERATURE DISTRIBUTION: Utilizes a high-efficiency vortex stirrer system to achieve uniform temperature distribution in the oil bath, enhancing test repeatability and reliability. 

FUME EXTRACTION: Constructed with an enclosed extraction structure to remove fumes generated during tests, ensuring safety during operation.

COMPRESSOR COOLING SYSTEM: The HV-3000-P6C is integrated with an efficient compressor cooling system that provides rapid cooling, reduces downtime, and improves work efficiency during testing processes.