The mask flame retardant tester is used to test the combustion performance of medical masks after contacting the flame at a certain linear velocity. It is a special test instrument for the flame retardance of medical masks. It is a test item to detect the flame retardancy of protective masks. Combustion power source. The system is equipped with a metal head mold. The mask is brought into the metal head mold.
Brief: Discover the ASTMF2100-19 Fire Testing Machine Mask Flame Retardant Tester 16CFR Part1610, designed to test the combustion performance of medical masks. This specialized instrument ensures compliance with standards like GB 19083-2010 and YY 0469-2011, offering precise flame height, temperature, and speed adjustments for accurate results.
Related Product Features:
Tests combustion performance of medical masks with precise flame contact.
Complies with standards GB 19083-2010, YY 0469-2011, and GB 2626-2019.
Adjustable flame height (40 ± 4mm) and temperature (800 ± 50 ℃).
Linear speed of (60 ± 5) mm/s for consistent testing conditions.
Equipped with a flame-resistant metal head mold for durability.
Timer for burning and smoldering time with ±0.1 seconds accuracy.
Uses propane gas as the combustion power source.
Compact design with AC220V, 50Hz, 800W power requirements.
Faqs:
What standards does the Mask Flame Retardant Tester comply with?
The tester meets GB 19083-2010, YY 0469-2011, and GB 2626-2019 standards for medical mask flame retardancy testing.
What is the flame temperature used in the testing process?
The flame temperature is maintained at (800 ± 50) ℃ at a height of (20 ± 2) mm from the burner top.
What type of gas is required for the Mask Flame Retardant Tester?
The tester uses propane gas as the combustion power source for accurate and reliable testing.