FIRE RESISTANT BANDANA FOR WELDER
Reference: 62-006
FIRE RESISTANT · BREATHABLE · COMFORTABLE
Texfire's flame retardant bandana is tailored with MARKO® flame retardant fabric, widely used in PPE's (Personal protection equipments) in petrochemical, power and steel industries because it is a light, transpirable and flame retardant fabric.
This bandana's design has been especially developed to provide a higher protection, hygene and comfort to workers during welding operations.
MARKO® fabric meets with European regulations:
- EN ISO 11611: Protection fabrics for welding and related techniques.
- EN ISO 11612: Protection clothing against heat and flame.
This bandana's flame retardant features are lifelong, because it is tailored with an inherent flame retardant fabric.
OUTSTANDING:
- Permanent fire resistant protection
- Does not burn, does not spread flames
- Breathable
- Light, comfortable and hygienic
FEATURES:
- Fabric: MARKO®
- Fabric composition: 54%MA 44%CO 2%AT
- Head perimeter: 55-65 cm
- Weight: 50 gr
- Color: black
- Size: One size fits all
Tailored with fire resistant fabric. It adjusts behind with two strips.
Instructions of use and maintenance
- Machine tumble short and 60°C.
- Do not bleach products
- Iron up in medium temperature
Data sheet
- Tearing resistance
- EN 13937-2 | Warp 30 N, Weft 30 N
- Dimmensional stability
- EN ISO 5077 | Warp 3, Weft 3
- Convective heat
- ISO 9151 | B1
- Radiant heat
- ISO 6942 | C1
- Traction resistance
- EN 13934-1 | Warp 770 N, Weft 550 N
- Protective clothing against liquid chemical products
- EN 13034|Cumple
- Flame propagation
- ISO 15025 | A1 - A2
- Welding and related techniques
- UNE EN ISO 11611|Clase 1
- Melted metal splashes
- ISO 9185 | E1
- Heat resistance
- ISO 17493 | 180º: Cumple Pass - 260º: Cumple Pass
- Contact heat
- ISO 12127 | F1
- Abrasion Resistance
- ISO 12947-2 | 30.000 rev
- Antiestatic
- EN 1149-3 | Cumple Pass
- Water Vapor Resistance
- UNE EN 31092 | Ret: 2,7128 m² Pa/W
- Thermal Resistance
- UNE EN 31092 | Rct: 0,0773 m² K/W
- Pilling Resistance
- EN 12945-2 | 4-5
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