Building Materials Non-Combustibility Test Furnace

Building Material Non-Combustibility Test Furnace Product Features:

1. Utilizes microcomputer technology and thyristor technology to regulate furnace temperature through power adjustment;

2. High degree of automation; displays and records furnace temperature, specimen center temperature, and specimen surface temperature during testing, with automatic operational prompts for test procedures;

3. Employs CH341 system-driven professional software to display real-time temperature curves of the furnace, specimen center, and specimen surface, enabling automatic control, data acquisition and processing, data storage, and output of test results;

4. Capable of querying historical curves and automatically determining temperature equilibrium;

5. Custom-made molded refractory furnace chamber with excellent thermal insulation properties;

6. Safe, reliable testing process with convenient operation;

7. Equipped with an observation mirror on top for safe monitoring of the specimen’s combustion state inside the furnace.

Building Material Non-Combustibility Test Furnace Technical Parameters:

1. Furnace dimensions: Φ40 cm, height 1.5 m;

2. 80/20 nickel-chromium resistance strip specifications: thickness 0.2 mm, width 3 mm;

3. Specimen dimensions: Φ45 × 50 (mm);

4. Heating furnace tube inner diameter 75 mm ± 1 mm, outer diameter Φ90 mm ± 1 mm, height 150 mm ± 1 mm, power approximately 2 kW;

5. Thermocouple: nickel-chromium/nickel-silicon armored thermocouple, outer diameter 1.5 mm, wire diameter 0.3 mm, heating wire power: 2 kW;

6. Furnace temperature stabilization time: from room temperature to 750°C, ready for testing in approximately 1 hour;

7. Equipped with furnace thermocouple, specimen center thermocouple, and specimen surface thermocouple;

8. 360-degree rotatable and adjustable thermocouple scanning device;

9. Stainless steel inverted cone air stabilizer and cylindrical flow guide cover;

10. Software automatically controls heating rate and regulates furnace temperature in stages;

11. Operating environment: -5°C to 40°C;

12. Power supply voltage: AC220V ± 10%, 50 Hz, current ≤ 10 A;

13. Stabilization time: from room temperature to 750°C ≤ 1 hour;

14. Heating source is an electric furnace preheated to 750 ± 5°C, maximum furnace temperature 900°C, furnace temperature 750 ± 5°C, temperature drift not exceeding 2°C within 10 minutes;

15. Temperature measurement accuracy: ≤ ±0.5°C;

16. Heating power: 800–1000 W;

17. Maximum power: 1.5 kW;

18. Power heating voltage: adjustable from 0 to 100 V;

19. The software includes current regression analysis to determine temperature equilibrium conditions.

The Building Material Non-Combustibility Test Furnace is equipment used to test whether building materials possess non-combustible properties. Before use, the following points should be noted:

1. Confirm the installation location: The test furnace should be placed in a ventilated, dry, and flame-free indoor environment, ensuring no flammable materials are nearby to prevent fire hazards.

2. Familiarize yourself with the furnace structure and operation methods: Before using the test furnace, thoroughly understand its structure and functions, and master the correct operating procedures to avoid accidents caused by misuse.

3. Check the electrical wiring: Before use, inspect the electrical wiring of the test furnace to ensure it is safe and reliable, with proper grounding to prevent risks such as electric leakage.

4. Preheat the test furnace: Prior to testing, preheat the furnace by turning on the heater in advance to reach the required temperature.

5. Select appropriate test parameters: Choose suitable test parameters, such as temperature and time, based on the type and specifications of the building material to ensure accurate and reliable test results.

6. Observe the test process and prioritize safety: During testing, continuously monitor the furnace’s operating status and the material’s combustion behavior, adhering to safety precautions to prevent accidents.

7. Shut down the test furnace: After testing, promptly turn off the furnace heater and allow it to cool before cleaning and maintenance.