A Real Situation Experimental Study on The Thermal Protection Performance of Firefighter Clothes and Gloves.
- Author:
Won Jae LEE
1
;
Gu Hyun KANG
;
Yong Soo JANG
;
Wonhee KIM
;
Hyun Young CHOI
;
Jae Guk KIM
;
MinJi KIM
;
Kyo SEO
;
Do hee KIM
;
Joo young LEE
;
Jung Yoon CHOI
Author Information
1. Department of Emergency Medicine, Hallym University Kangnam Sacred Heart Hospital, Seoul, Korea. drkang9@gmail.com
- Publication Type:Original Article
- Keywords:
Firefighters;
Thermal protection;
Patient simulation
- MeSH:
Body Surface Area;
Clothing*;
Fingers;
Firefighters*;
Fires;
Hand;
Hot Temperature;
Humans;
Manikins;
Patient Simulation;
Shoulder
- From:Journal of Korean Burn Society
2018;21(1):17-21
- CountryRepublic of Korea
- Language:Korean
-
Abstract:
PURPOSE: This study aimed to evaluate the thermal protective function of firefighter clothes and gloves through real scale fire simulations. METHODS: Firstly, the fire simulation by real scale flame was performed for firefighter clothes. A manikin equipped with firefighter clothes was directly exposed to flames which energy average is 84 Kw/m2. for 22 seconds. Heat flux gauges attached on the body measured surface temperature elevation. Secondly, we also performed the other fire simulation by hot plate exposure to firefighter gloves. Firefighter gloves with heat flux gauges exposed hot plate which temperature is 300℃ in both dry and moist conditions. Primary outcome was surface temperature change of manikin body (first simulation) and hand (second simulation) over times. RESULTS: In the first flame simulation, the surface temperature of face and shoulders elevated more rapidly comparing with the other body surface area when initial period of flame shutter open. After 18sec of shutter open, the surface temperature of upper trunk elevated rapildy. After shutter closure, high surface temperature kept continuously on right side of face and left shoulder. In the second hot plate simulation, fingers and palms showed higher surface temperature than the other areas of hands in the both dry and wet conditions. CONCLUSION: This study suggests that the real scale flame enables firefighter clothes to lose their heat protective function suddenly after 18 seconds. Additionally, the protective function of firefighter gloves were relatively weaker in the palmar side of fingers than the other parts of hand. There should be additional study for evaluate thermal protection performance of firefighter clothes. And, further effort for reinforce palmar side of fingers of firefighter gloves should be done.
