current pageCurrent page » MAZIC®-- Fire Retardant , Flame retardant, Work Wear fabric, Comprising Aramid Fibers, Viscose, Protex series Make High Performance Protection

MAZIC® Fabric - Modacrylic fiber Blended With High Strength Fiber or Cotton Fiber

Taiwan K.K. Corp. is fire retardant clothing and fabric supplier. Their fabric, MAZIC® and KANOX® are developed for making protective garments for firefighter, special army, air force, pilot, and industrial workers of refinery, gas, cement, metal, and welding.

MAZIC® Fire Retardant fabric series are made of MAZIC® yarn consisting of Aramid, Viscose, Protex series, and/or high strength fiber. This high performance fire retardant fabric is great for making station wears, thermal protective garments, clothing for use in welding and alloy processes. MAZIC® fire retardant fabric series is flame resistant. It has non-melting, non-dripping and non-toxic with self-extinguishing capability. The fire retardant fabric series' light weight and high tenacity come with air permeable, which brings comfortable feelings when wearing it. MAZIC® fire retardant fabric is made of 100% inherently fire resistant rather than chemical treated; it means the fabric providing advanced resistance to fire & heat. The fire retardant fabric series appear various color options including navy blue, orange, olive green, camouflage, grey and red. Customization design is welcome as well.

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Protex Series

Protex fiber is flame resistance which does not combust; it is difficult to kindle and has self-extinguishing property. In addition to Protex fiber's fire retardant properties, it has a relatively high durability that is similar to wool. Protex fiber is used in where environment resistance or fire retardant is essential or requested. Protex fibers are soft and comfortable to wear; they do not wrinkle and have great dimensional stability and high elastic recovery, which make them the ability to stay in shape. MAZIC® fire retardant fabric is made of aramid, Viscos, Protex series, and/or high strength fiber; it has great flame resistance characteristics, which provides a comfortable feeling as well.

Station wears, thermal protective garments, fire retardant clothing for use in welding and alloy processes can be made of the below high performance fire retardant fabrics:

Fire protective properoty

Property Test Performance Required MAZIC®-ST02 Result
Impact of molten metal drops EN532 ≥Drops to raise temperature by 40k No. of drops≥5 pass
Flame Spread EN532 No flaming to the top or either side edge.
No holing.
No flaming debris.
Afterflame ≤2seconds.
Afterglow≤2seconds.
No flaming to the top or either side edge.
No holing.
No flaming debris.
No afterflame.
No afterglow.
pass
Convective Heat EN367 Level HTI HTI =4.5 Level B1
B1 3-6
B2 7-12
B3 13-20
B4 21-30
B5 >30
Radiant Heat EN366at 20KW/m² Level T2 T2 =13secpmds Level C1
C1 8-30
C2 31-90
C3 90-150
C4 >150

Durable property

Property Test Performance Required MAZIC®-ST02 Result
Tensile Strength ISO 5081 ≥300N Warp N Fill N > 450N > 450N pass
Tear Strength ISO 4674 ≥15N Warp N Fill N > 70N > 70N pass
Dimensional Change ISO 6330/5077 Not to exceed ±3% in either direction (= shrinkage) Warp% Fill% < ±2% < ±2% pass
ColorFastness-Washing CNS 1494 L3027 A-2 - - 4 - 5
Color Fastness-Light CNS 3845 L3074 - - 4

High temperature resistance and flame, fire and heat transfer performance are significantly relevant to an industrial worker's life. Only strictly tested and internationally certified fire retardant fabrics can protect lives. According to the difference of function, Heat Transfer is separated as two kinds, one is Heat Transfer-Flame, and the other one is Heat Transfer-Radiation.

  • When test the Heat Transfer, EN469:2005 states the time of a temperature rise of 24°C in the calorimeter affecting the materials can't be less than a specific time. That means when a firefighter contacts the flame and heat, the temperature of inner lining of fire retardant clothing rises up; meanwhile, the temperature of his body rises up 24°C from 36°C to 60°C, in such condition, the man will get 2nd degree burn injury. The time that cause a man to get 2nd degree burn injury, we call it as HTI24 and RHTI24.
  • Another regulation required the time for a firefighter to get injury from 1st degree burn to 2nd degree burn, can't be less than a specific time.
  • Then divided the result as level 1 and level 2. According to the standard (HTI24-12) and (RHTI 24-12), there are regulations to protect firefighters to evacuate safety, will not sacrifice their life.

MAZIC® Fire Retardant Fabric Heat and Flame performance

This introduction is based on EN469:2005 and combined with NFPA 1971:2007 norm for fire retardant clothing. EN 469 fire retardant clothing's Heat & Flame testing includes flame spread test, heat resistance test and heat transfer test.

EN 469:2005 Fire Retardant Fabric Flame Spread and Flame Resistant Requirement

High temperature resistant, high strength fire retardant fabrics support significantly in allowing products to meet these tasks. Fire retardant clothing is facilitated using these flame resistant fibers go far beyond the capacity and knowledge of most people

On fire fighting rescue operations, unavoidable, fire retardant clothing will explore in high thermal temperature, even more, will direct contact flash fire, for this definitely require an extraordinary materials to protect firefighters. EN 469:2005 norm assembly flame resistant fabric needs to posses excellent character of flame resistant and thermal stability. Main requirements are:

    6.1 Frame Spread
  • No flaming to edge
  • No hole formation
  • No flaming or molten debris
  • Mean afterflame ≤ 2s
  • Mean flaterglow ≤ 2s
    6.5 Heat resistance
  • Materials shall not melt, drip or ignite
  • Every layer shrinkage ≤ 5%

MAZIC® Fire Retardant Fabric Flame Spread Test & Result

EN 469:2005 adopt vertical flame test methods, applying burner flame toward fire retardant clothing outer and inner assembly layers for 10 seconds, to test and check the flame spread data.

    The statistic below is to show the testing results of EN 469 assembly flame resistant fabrics:
  • No flaming to edge
  • No hole formation
  • No flaming or molten debris
  • No afterflame
  • No afterglow
Taiwan K.K. Corp. KANOX's EN 469:2005 technical data sheet (6-1) 6.1 flame spread KANOX®'s EN 469:2005 technical data sheet (6-1) 6.1 flame spread

MAZIC® Fire Retardant Fabric Heat Resistance Test & Result

According to EN469:2005, it uses an oven to simulate the hot air circulating environment of fire scene. The fire retardant fabric is placed into an oven for 5 minutes, at the specified temperature at 180°C, in order to test if the flame retardant fabric in compliance with every requirements.

    The picture below is the test summary statistics for KANOX® fire retardant clothing assembly, in accordance with EN469 regulation.
  • Outer shell did not melt, drip, or ignite.
  • Outer shell shrinkage 0.2%
  • Inner lining shrinkage 0.5%
Taiwan K.K. Corp. KANOX's EN 469:2005 technical data sheet (7-2) 6.5 Heat Resistance KANOX®'s EN 469:2005 technical data sheet (7-2) 6.5 heat resistance

MAZIC® Fire Retardant Fabric Heat Transfer Test & Result

In a general condition, the data for HTI24, depends on the thickness of specimen. The thicker specimen makes the HTI 24 data greater.

Band HTI limits Typical assembly Comments
1 3 to 6 Single layer Most single layer fabrics give results of 4 or 5
2 7 to 12 Double layer, thick single Covers a wide range of normal multilayer apparel
3 13 to 20 Triple layer, thick double Specialist firefighting clothing has HTI about 16
4 21 to 30 Very thick Specialist heat protective clothing
5 Over 31 Extremely thick Very special applications

The fire retardant clothing that is used for EN and NFPA generally combined with 3 or 4 multilayer fire resistant materials, and HTI24 data is around 16.

Fire Resistant Fabric - MAZIC® series

Article No. Specification Features Applications Color in stock
FM02 210g/m².
Ripstop (or Twill).
Anti-static.
Good abrasion resistance. Outer shell of fireman suit.
Rescue suit, Anti-riot coverall.
Industrial workwear.
Navy Blue.
Orange.
Red.
Sage Green.
ST02 170g/m².
200g/m².
230 g/m².
Twill.
Good flame resistance. Industrial workwear.
Station uniform.
Wildland Firefighting suit.
Navy Blue.
Royal Blue.
Yellow.
Orange.
FV06 260g/m².
Twill.
Good flame resistance.
Comfortable.
Rescue suit.
Station uniform.
Industrial workwear.
Yellow.
Sage Green.
SV02 190 g/m².
Knitted.
Good flame & heat resistance.
Good elasticity.
FR Undergarment.
FR Shirt.
Navy Blue.
Orange.
AC02 230g/².
Knitted.
Good flame & heat resistance.
Good elasticity.
Fire Hood.
FR Shirt, Helmet lining.
Navy Blue.
Black.
FM02K 230 g/².
Knitted.
Anti-static.
Good flame & heat resistance.
Good elasticity.
Fire Hood.
FR Shirt.
Helmet lining.
Navy Blue.
Gray.
Grayish white.
* KANOX® and MAZIC® Fire Resistant Fabrics comply with EN531, EN470, EN ISO 11611, EN ISO 11612, ISO 15384, EN469, and/or NFPA1971. More items of KANOX® and MAZIC® fabrics are available upon request.
RFQ KANOX® Fire Retardant Fabric
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INTERSCHUTZ 2015
Date: June 8-13, 2015
Booth: Hall 012 / Stand No. G76
Opening Hour: 9am - 6pm

Venue: Deutsche Messe Hannover
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