Advanced refrigeration technology ensures that the temperature difference between the inner and outer barrels of the instrument meets the national standard requirements.

Can work continuously for a long time.

Stainless steel vacuum inner barrel. The mixing system adopts German imported motors.

Fast testing speed, testing cycle ≤ 8min (rapid method) ≤ 15min (national standard GB/T213-2003)

Thermal capacity stability<0.2% precision<0.1% temperature resolution 0.0001K.

This product has excellent performance and reliability even when operating in harsh environments.

Compact structure, beautiful appearance, easy installation and maintenance, low failure rate.

Small in size, extensively manufactured using molds, with high precision.

The repeatability and reproducibility of the heat generation test are superior to the requirements of the national standard GB/T212-2003.

High degree of automation, automatic use of built-in fixed containers to determine the water volume of the inner bucket, automatic control of the temperature difference between the inner and outer buckets of the instrument, and automatic completion of the entire test process.

Using the Windows XP operating system, multiple controls are implemented on one machine, with no impact on each other's testing and high software stability.

The data processing function is rich, and users can easily query historical experimental data, current day data, parallel sample data, etc.

Can be connected to an electronic balance to automatically input the weight of the sample.

Advanced refrigeration technology ensures that the temperature difference between the inner and outer barrels of the instrument meets the national standard requirements.

Can work continuously for a long time.

Stainless steel vacuum inner barrel. The mixing system adopts German imported motors.

Fast testing speed, testing cycle ≤ 8min (rapid method) ≤ 15min (national standard GB/T213-2003)

Thermal capacity stability<0.2% precision<0.1% temperature resolution 0.0001K.

This product has excellent performance and reliability even when operating in harsh environments.

Compact structure, beautiful appearance, easy installation and maintenance, low failure rate.

Small in size, extensively manufactured using molds, with high precision.

The repeatability and reproducibility of the heat generation test are superior to the requirements of the national standard GB/T212-2003.

High degree of automation, automatic use of built-in fixed containers to determine the water volume of the inner bucket, automatic control of the temperature difference between the inner and outer buckets of the instrument, and automatic completion of the entire test process.

Using the Windows XP operating system, multiple controls are implemented on one machine, with no impact on each other's testing and high software stability.

The data processing function is rich, and users can easily query historical experimental data, current day data, parallel sample data, etc.

Can be connected to an electronic balance to automatically input the weight of the sample.