Product Description
STANDARD FEATURES
| Burning Chamber Capacity | 0.75m with glass observation door |
| Burning Angle | 20 , 45 , 90 (ie 0 ) adjustable |
| Flame Time | 0 ~ 99 minutes 99 seconds can be set |
| After Flame Time | 0 ~ 99 minutes 99 seconds can be set |
| After Glow Time | 0 ~ 99 minutes 99 seconds can be set |
| Burner Dimensions | The inner diameter of the nozzle is 9.50.3mm, the effective length of the nozzle is 10010mm, and there is an air adjustment hole |
| Combustion Gas | LPG gas (Customize) |
| Flame Height | Adjustable from 20mm to 175mm as standard |
| Features | It is also equipped with lighting device, air extraction device, gas flow regulating valve, gas pressure gauge, gas pressure regulating valve, gas flow meter, gas U-shaped pressure gauge and sample fixture |
| Power | AC 220v 50HZ |
Single unit combustion testing machine for building materialsAreas of application
- Building materials:
Evaluate the combustion performance and smoke generation characteristics of building materials such as wall materials, flooring materials, ceiling materials, and insulation materials.
- Building components:
Test the burning performance and fire resistance of building components (e.g. doors, windows, partitions, etc.).
- Interior Decorative Materials:
Evaluate the combustion performance and smoke generation characteristics of interior decoration materials (e.g. curtains, carpets, wallpapers, etc.).
- Fireproof materials:
Test the burning performance and fire resistance of fireproof materials (e.g. fireproof boards, fireproof coatings, etc.).
- Building fire protection design:
Provide data support for building fire protection design, assess the fire performance of different materials and optimize the fire protection design scheme.
Single unit combustion testing machine for building materialsRating Criteria
- Heat Release Rate (HRR):
Evaluates the heat release rate of a building material during combustion in kW The higher the heat release rate, the greater the contribution of the material to the heat of the fire.
- Total Heat Release (THR):
Evaluates the total heat release of a building material during combustion, in MJ. the higher the THR, the greater the contribution of the material to the heat of the fire.
- Smoke Production Rate (SPR):
Evaluates the smoke generation rate of a building material during combustion in m/s. The higher the smoke generation rate, the greater the amount of smoke generated by the material.
- Total Smoke Production (TSP):
Evaluates the total smoke production of a building material during combustion in m. The higher the TSP, the greater the amount of smoke produced by the material.
- Flame spread rate:
Evaluates the rate of flame spread of a building material in a fire, in m/s. The faster the flame spread, the greater the risk of fire spread.
- Toxicity Index:
Evaluates the composition and concentration of toxic gases released during combustion, such as carbon monoxide (CO) and carbon dioxide (CO). The higher the toxicity index, the more hazardous the material is to personnel.
Comprehensive Combustion TestingWith a user-friendly interface and automatic/manual calibration, the machine ensures reliable testing for building material combustion performance. Its adjustable test parameters and precision-tuned controls meet strict compliance standards, making it an essential instrument for manufacturers, exporters, and research labs.
Safety and Precision AssuredAdvanced safety mechanisms, including emergency stop, overheat alarm, and flameout protection, are integrated for user security. The microcomputer-based controls and digital display ensure tests are easy to set up and monitor, providing precise and repeatable data every time.
Versatility in Building Material AssessmentDesigned to handle various specimen sizes, this combustion testing machine adapts to a range of building materials. The built-in exhaust system maintains a clean testing environment, while its benchtop design fits seamlessly into laboratory settings. Both methane and propane gases are supported for flexible application.
FAQ's of Single unit combustion testing machine for building materials:
Q: How does the single unit combustion testing machine operate for building material tests?
A: The machine operates using a microcomputer automatic control system with options for touch screen or button control. Specimens are placed in a heat-resistant stainless steel chamber, where controlled flames are applied according to set parameters for height and duration. Digital displays and precise timers ensure accurate measurement and repeatability.
Q: What safety features are incorporated in this combustion testing machine?
A: It is equipped with multiple safety features including an emergency stop button, overheat alarms, and flameout protection. These safeguards minimize operator risk by automatically shutting down the testing process in hazardous situations, ensuring safe usage in laboratory environments.
Q: When and where should this machine be installed for optimal performance?
A: For best results, install the machine indoors in a dust-free, well-ventilated laboratory environment, as recommended. The ambient operating temperature should be between 10C and 35C with humidity maintained at 30-70%RH. Proper gas supply and electrical connections must be ensured.
Q: What building material sizes and types can the machine accommodate?
A: The machine is designed for single specimen tests, accepting standard sizes up to 300 mm 75 mm 50 mm, and specimen heights up to 500 mm. It is ideal for a wide variety of building materials, supporting comprehensive combustion performance evaluation per international standards.
Q: Describe the testing process for evaluating building materials with this machine.
A: Begin by placing the material specimen in the heat-resistant sample holder. Select desired test parameters such as flame height (0-60 mm), flame application time (0-99.9 s), and test stroke (up to 300 mm). The automatic ignition initiates the test, while the built-in exhaust and precise sensors monitor and record combustion performance.
Q: What are the benefits of using this combustion testing machine in laboratories or manufacturing facilities?
A: It offers highly accurate, repeatable results with automated controls, ensuring compliance with major international standards. Its safety features, user-friendly interface, and adjustable parameters streamline the testing process, making it an indispensable tool for quality control and research.