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EN 469

EN469Protective clothing for fire fighting
The members of CEN have approved the new EN 469 on the 22nd July 2005, in order to replace the 10 year old EN 469:1995.
The new norm gives more importance to ergonomics, to wearer comfort and to the prevention of heat stress.
One of the basic ideas of the new EN 469:2005 is that 3 different letters (X-Y-Z) indicate the level of performance (a lower level 1 or a higher level 2):
Xf1 or Xf2
The performance in the heat test: flame
X1 or X2
The performance in the heat test: radiation
Y1 or Y2
The performance in the waterproofness tests
Z1 or Z2

The resistance against water vapour
This standard typically relates to professional fire-fighting PPE worn during structural fire fighting to protect mainly against heat and flame.
The performance requirements for clothing conforming to this standard include:
• Flame spread (tested to ISO 15025)
• Convective heat (tested to EN 367)
• Radiant heat (tested to ISO 6942)
• Heat resistance (tested to ISO 17493:2000)
• Water repellence, dimensional stability, resistance to chemicals 

Photometric requirements for retroreflective materials are according to EN471 Table 5 (Level 2, separate performance materials, 330 table) or Table 7 (combined performance materials, 65 table). The minimum amount of separate performance retroreflective material is 0,13 m2, whereas the minimum amount of the fluorescent or combined performance material is 0,20 m2. Retroreflective materials must also pass the flame spread test and heat resistance test.
The products must have a minimum value of retroreflection after the latter test. 
 
Structural Fire Fighter Suit EN 469 ( New Edition ) Standard
Testing Sample And Garment PartTesting ItemRequirementTest Method
Garment ensemble Heat transfer (flame) After 5 cycles washing,
HTI 24 ≥ 13
HTI 24 - HTI 12 ≥ 4
EN 367
Garment ensemble Heat transfer (radiation) At 40 KW/m², 
After 5 cycles washing,
t2 > 2 sec.
t2-t1 > 6 sec.
Transfer factor < 60%
EN 366 Method B
Garment ensemble comfortable   EN 20811
water resistance
EN 31092 Ret
Outer shell, moisture barrier, thermal barrier,
collar liner, winter liner
Flame spread resistance 5 cycles washing
Mean afterflame ≤ 2 sec.
Mean afterglow ≤ 2 sec.
No hole, No melt
EN 532
Outer shell, moisture barrier, thermal barrier,
collar liner, winter liner
Heat resistance 180°C 5 mins
Max. shrinkage < 5%
EN 469 Annex A
Moisture barrier, Steam material Thermal resistance 180°C 5 mins
No melt, No drip, 
No flaming
EN 469 Annex A
Outer shell Residual strength Tensile strength of outer material ≥ 450 N ISO 5081 EN 366 Method A
Outer shell Tear strength ≥ 25 N ISO 4674 Method A2
Outer shell Surface wetting > 4 EN 24920
Outer shell Dimensional change After 5 cycles washing ≤ shrinkage < 3% ISO 5077
Fabrics composite Penetrational by liquid chemicals > 80% run off
No penetration to innermost surface
EN 368
1. 40% NaOH 20°C
2. 36% HCI 20°C
3. 30% H2SO4 20°C
4. White spirit
Moisture barrier Water proof   EN 20811
Whole set testing   Normal: 8hrs, 40°C 1 KW/m²
Danger: 5 in 250°C 1.75 KW/m²
Emergency: 10 sec. 800°C 40 KW/m²
EN 469
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INDUSTRY
FR FABRIC
FR TAPE & ZIPS
FR WORKWEAR
TYPE OF PROTECTION
Army & Police 100% Cotton    
Electric Utility 88/12 Modacrylic FR Jackets ISO 11611
Emergency (911) 80/20 Cotton/Polyester FR Pants ISO 1149-5
Mining 99% Cotton/1%Antistatic  FR Shirts NFPA 2112
Oil & Gas 93 M-Aramid/5 P-Aramid/2AS  FR Underwear NFPA 70/E
Power Plants 100% Meta-Aramid FR Rainwear ASTM F1506
Railway Roads 100% Para-Aramid   ASTM F1959 (ARC)
Welding 50% FR-Viscose/50 M-Aramid   EN 61482-1-2
  N 3A Aramid   EN 469
  FR Reflective tapes   EN 61482-1-2 (ARC)
  FR Zippers    
  FR Sewing threads