Flame Control Flammability Test Equipment Customized For Building Materials

In the realm of fire safety and materials science, customized flammability test devices have become essential for accurate assessment of flammability characteristics across various substances. These precision-engineered instruments serve manufacturing, construction, and research industries where understanding material behavior under fire conditions is critical.

• Robust Construction: Stainless steel/alloy frames with refractory ceramic lining withstand temperatures up to 1600°C, featuring heat-resistant viewing windows and secure access panels.
• Precision Control: Advanced temperature regulation (ambient to 1300°C ±2°C) with PID control and adjustable flame systems (propane/methane) for diverse fire simulations.
• Comprehensive Data Acquisition: High-speed sensors (8000 samples/sec) measure temperature, smoke density (0.005% resolution), and toxic gas emissions (ppm sensitivity).
• Testing Versatility: Supports horizontal/vertical flame spread, oxygen index, and small-scale resistance tests with configurable environmental controls.
• Regulatory Compliance: Meets ASTM D635, D3801, E662 and ISO 4589, 5658 standards for globally recognized certification.

• Chamber Sizes: From 0.3m³ for components to 1m³+ for full-scale building material tests
• Temperature Range: Ambient to 1300°C with ±2°C accuracy and 0.5-80°C/min ramp rates
• Flame Control: Adjustable heat output (to MW/m²) with precise air-fuel ratios (1:1.2 to 20:1)
• Data Resolution: 0.1°C temperature, 0.005% smoke opacity, ppm-level gas detection

Manufactured under strict protocols with traceable calibration standards. Each unit undergoes validation testing and holds relevant industry certifications for performance accuracy.

• Pre-sales technical consultation and test method selection
• On-site installation and commissioning
• Preventive maintenance and calibration services
• 24/7 technical support and operator training
• Software updates and system upgrades

These test devices enable manufacturers to identify fire safety issues early, optimize material selection, and streamline regulatory compliance processes - ultimately developing safer products that meet global fire safety standards.