Fully Automatic Plastic Granule Calorimeter Fully Automatic Plastic Granule Calorimeter

Features:

1. High Accuracy: Utilizes the calorimeter method to accurately measure the combustion heat of building material products, avoiding human error and environmental interference in traditional testing methods, ensuring measurement accuracy.
2. Easy Operation: The instrument is highly automated with simple and intuitive operation. Simply place the building material product into the instrument and press the measurement button to complete the test, eliminating the need for tedious manual operations.
3. Rapid Measurement: Equipped with advanced temperature sensors and data processing systems, the instrument quickly measures and calculates the combustion value of building material products, reducing measurement time and improving work efficiency.
4. Safe and Reliable: The oxygen bomb design prevents open flames and high temperatures from harming operators and the environment, ensuring safety during testing.
5. Portable Design: The instrument is designed for portability, making it easy to carry and move, suitable for combustion value determination of building material products in various settings.

Using the Building Material Combustion Value Tester offers the following benefits:

1. Optimize Building Material Product Design: By measuring the combustion value of different building materials, designers can better understand and master the combustion performance of various materials, thereby optimizing design plans and enhancing building safety and reliability.
2. Improve Building Material Product Quality: By testing the combustion value of building materials from different batches and manufacturers, potential quality issues can be identified and resolved promptly, improving product quality and stability.

Utilizes high-precision board cards + microcomputer control, WINDOWS XP operating interface, LabVIEW style, and comprehensive safety mechanisms;

● Automatic timing, continuous temperature measurement, system automatically records temperature rise data and time;

● The system can automatically perform temperature correction and calculate total calorific value based on input data such as heat capacity, sample mass, and additional heat, and provide results;

● The computer of the experimental device features graphical display capabilities, showing curves, Excel data sheets, printing records, data input, and command control functions;