Firefighter suits are designed to provide protection to firefighters in hazardous and high-temperature environments. These suits, also known as turnout gear or bunker gear, consist of multiple layers and components that work together to safeguard firefighters from various risks. Here are some key features and components of firefighter suits for protection:
Outer Shell: The outer layer of the suit is typically made from a durable and heat-resistant material such as Kevlar or Nomex. It provides resistance against flames, radiant heat, and direct contact with hot surfaces.
Moisture Barrier: Beneath the outer shell, there is a moisture barrier layer that prevents water and other liquids from penetrating the suit. This barrier also acts as a shield against hazardous chemicals and bodily fluids.
Thermal Barrier: The thermal barrier, often composed of materials like aramid fibers, acts as an insulation layer, protecting the firefighter from the intense heat and reducing the transfer of heat to the body.
Moisture-Wicking Layer: Inside the suit, there is typically a moisture-wicking layer, which helps to absorb sweat and moisture, keeping the firefighter dry and comfortable during intense physical activity.
Reinforcements: Firefighter suits often have additional reinforcements in critical areas such as the knees, elbows, and shoulders. These reinforcements enhance durability and provide extra protection against abrasions and impact.
Reflective Trim: Suits usually feature reflective trim or strips to increase visibility in low-light conditions, making firefighters more easily identifiable to their team members.
It's worth noting that firefighter suits undergo rigorous testing and must meet specific standards and certifications, such as those established by the National Fire Protection Association (NFPA), to ensure their effectiveness and reliability in protecting firefighters in hazardous situations.
Material: NomexIIIA / Kevlar Blended fabric, Aramid, FRcotton fabric etc for options.
Moisture Layer: Nomex spunlae substrate with PTEF membrane.
Thermal lining: Aramid felt
Comfortable layer: Aramid/viscose woven fabric
Color:Yellow
Standard: NFPA1971:2007, EN469:2005
Material Structural:
Outer Layer: 93% m-aramid, 5% p-aramid, 2% anti-static, thickness
210g/m²
Moisture Layer: 65% aramid needlefelt, 20% PTFE, 15% PU,
thickness 115g/m²
Thermal Layer: Flame Retardant Material, thickness 150g/m²
Inner Lining Layer: Flame Retardant Material, thickness 120g/m²
Feature:
Front closed by heavy duty FR zipper
High collar fully lined with throat closure tab
Inset sleeves design
Knee and elbow reinforcement
Radio Pocket on the left breast
Knitted cuffs with thumb loop
Edge of Cuffs and Legs have Wear-resisting surging
Two side hip pockets
Special Property:
Flame Retardation: heat-resisting, waterproof, steam
permeability, comfortable inner, the outside facing component layer
having static electricity prevention, acid-resisting and
alkali-resisting, high temperature preventing, good thermal stability
etc
Optional Accessories:
Firefighting Helmet, Gloves, boots, hood and SCBA etc.
Technical Parameters:
Damaged length: ≤10cm
Renewal burning time: ≤2s
Ventilation volume: ≥5000g/m224h
TPP value: ≥28cal/cm
Wet traction: ≥ 3 degree
Hydrostatic pressure: ≥17000pa
After flame time: ≤2s
After glowtime: ≤10s
Tearing strength: ≥25N
Weight: ≤4.5Kg/set
Size: XL
SIZES UNIT: INCHES
SM M L XL XXL
Front Jacket Length
30 31 32 33 33.5
Chest 48 50 53 55 57.5
Shoulder 22.5 23 23.5 24 24.5
Sleeve 22.5 23 24 24.5 25
Cuff 12 13 14 14.5 15
Pants Length 40 41 42 43 44
Hip 43 45 47 50 52
Waist 33 35.5 38 40 42.5
Leg Opening 20.5 21 21.5 22 23