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                                                                 ANTI-STATIC
  FLAME RESISTANT
 MOD
E
DA
A
F
F
L
L
A
A
M
M
E
          PREMIUM INHERENT FLAME PROTECTION
    ASTM F1959/
Available in Fabrics Certified to EN ISO 20471 Standard
      EN ISO 11612 EN ISO 11611 EN 1149 IEC 61482-2 F1959M-12
ARC
 Inherently Flame Resistant Modaflame 280g Modaflame is an inherently flame resistant fabric. This high specification fabric is constructed from an inherently flame resistant yarn, composed of a special blend of 60% modacrylic fibre, 39% cotton and 1% carbon fibre.
EN ISO 11612 EN 1149 IEC 61482-2 F1959M-12 ARC ARC
Modaflame Knit 200g, 300g
Constructed from an inherently fire resistant yarn of 60% modacrylic, 39% cotton and 1% carbon fibre. Tested to exceed the required EN Standards, the Modaflame Knit range is strong, durable and highly innovative.
ASTM
EN ISO 11612 EN ISO 11611 EN 1149 IEC 61482-2 EN ISO 20471 F1959/ F1959M-12
ARC ARC
High Visibility Modaflame 210g, 280g, 300g
Available in both woven and knit fabrics to EN ISO 20471 standard. Constructed from an inherently fire resistant yarn of 60% modacrylic, 39% cotton and 1% carbon fibre.
EN ISO 11612 EN ISO 11611 EN 1149 IEC 61482-2 EN ISO 20471
EN 13034
Hi-Vis Orange Modaflame HVO Woven 300g Constructed from 61% modacrylic, 18% viscose, 15% polyester, 5% aramid, 1% carbon fibre, Modaflame HVO woven uses advanced technology to provide protection in a multi-risk environment.
EN ISO 11612 EN 1149 IEC 61482-2 EN ISO 20471 ARC
Modaflame HVO Knit 220g
Constructed from 66% Modacrylic, 32% Polyester and 2% Carbon Fibre, 220g. Modaflame HVO Knit provides inherent flame resistance and anti static protection. The high performance fibres are blended without any chemical treatment giving Modaflame HVO Knit it’s unparalleled soft, natural touch and appearance.
           ASTM F1959/
                                                                                                                                             RIS
 3279
          RIS
                            3279
                                        Combined Ebt/ATPV Ratings
Fabrics can be layered to achieve an overall Arc Thermal Performance Value (ATPV) or Energy Break open threshold (Ebt) Rating. For example, thermals may achieve an Ebt of 4.3 Cal/cm2, and an outer fabric may achieve an ATPV of 13.6Cal/cm2. However the combination ATPV will be greater than the sum of the two single layers, as the air gap between the two layers affords the wearer additional protection.
1 1 2 3
ARC ARC ARC
33Cal
CAL/CM2
121
     ARC
                                        KNIT
KNIT WOVEN
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