Evaluating Flame Resistance of Medical Masks with F149 Mask Flammability Tester

Customer Background

A leading medical device manufacturer in China produces surgical masks and respiratory protective equipment for hospitals and healthcare providers. Ensuring the flame resistance of masks is critical for safety, particularly in operating rooms and environments with potential fire hazards. The client needed a reliable, standardized method to evaluate mask flammability in compliance with international and national standards.

Customer Requirements

Accurately test the flame resistance of medical masks under controlled conditions;

Ensure compliance with national and international standards, including GB 19083-2010, YY 0469-2011, GB 2626-2006, and BS EN 136-1998;

Obtain reproducible and precise measurements for flame duration, after-flame time, and after-glow time;

Facilitate easy data recording and reporting for R&D and quality control purposes.

Solution

The customer implemented the F149 Medical Mask Flammability Tester, which provided:

Simulated Realistic Use: Metal headform with mask fixture replicates actual mask wear conditions;

Automated Testing: PLC + touchscreen control, automated headform movement, timed flame exposure, and automatic data recording;

Adjustable Flame Conditions: Flame height adjustable to 40 ±4 mm, distance from burner tip to mask adjustable to 20 ±2 mm, temperature probe ensures 800 ±50℃ at test point;

Comprehensive Data Collection: Automatic measurement and digital display of flame duration, after-flame time, and after-glow time, with data storage for report retrieval;

Safe and Efficient Operation: Automatic ignition, propane (LPG) gas interface, durable metal headform resistant to flame, minimal operator intervention required.

Implementation Results

Rapid and reproducible flammability testing for medical masks, reducing testing errors;

Compliance verification with multiple international and national standards, ensuring regulatory approval for medical products;

Improved R&D efficiency by identifying mask materials with superior flame resistance;

Automated data recording and report generation streamlined quality control processes, saving time and labor costs.

Customer Feedback

“The F149 Mask Flammability Tester has significantly improved our ability to evaluate the flame resistance of medical masks. The automated system ensures precise, repeatable results, which is essential for both R&D and regulatory compliance.”

— Quality Control Manager, Leading Medical Device Manufacturer, China