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MARKO AT320FC
Antistatic
Fluorocarbon F6
Antistatic
Fluorocarbon F6
Multi-norm flame-retardant fabric with antistatic properties and a fluorocarbon finish, designed to provide protection against fire, heat, and chemical agents. MARKO AT320FC stands out for its strength, durability, and safety in demanding industrial environments.
Weight
320 g/m² ± 5%
Weave
Sarga 3/1
Width
152 cm
COLORS
Description
MARKO AT320FC is a multi-norm flame-retardant technical fabric developed for the manufacture of personal protective equipment (PPE), combining thermal protection, high mechanical strength, and chemical repellency in high-risk industrial environments. Its weight of 320 g/m² and 3/1 twill structure provide excellent durability, making it ideal for garments subjected to intensive working conditions. Made from a blend of modacrylic fibers, cotton, and antistatic components, this fabric offers permanent protection against fire and heat, maintaining its properties even after multiple washes and prolonged use. It inherently incorporates antistatic (AT) properties, enabling the dissipation of electrostatic charges and making it suitable for environments with a risk of static electricity buildup. Additionally, it features a fluorocarbon (FC) finish that provides repellency against liquids, oils, and chemicals, offering additional protection against splashes in industrial environments where there is exposure to aggressive substances. Thanks to its robustness and versatility, MARKO AT320FC is ideal for garments such as trousers, jackets, or coveralls, and is particularly suitable for sectors such as chemical industry, oil & gas, industrial maintenance, metallurgy, or work under severe conditions. The combination of multi-norm protection, antistatic properties, and chemical resistance makes this fabric a high-performance solution for protective workwear requiring maximum durability, safety, and comfort.catalog.tab_tech
| Characteristics | Standard | Result |
|---|---|---|
| Heat Resistance (180ºC) | ISO 17493 | PASS |
| Heat Resistance (260ºC) | ISO 17493 | PASS |
| Limited Flame Spread (H) | UNE-EN ISO 15025 (A) | A1 |
| Limited Flame Spread (V) | UNE-EN ISO 15025 (B) | A2 |
| Convective Heat (s) | UNE-EN ISO 9151 | B1 |
| Radiant Heat (s) | UNE-EN ISO 6942 | C1 |
| Molten Metal Splashes (Iron) | UNE-EN ISO 9185 | E2 |
| Contact Heat | UNE-EN ISO 12127-1 | F1 |
| Electric Arc (Elim) (cal/cm2) | EN 61482-1-1 | 9,48 |
| Electric Arc (ATPV) (cal/cm2) | EN 61482-1-1 | 11 |
| Electric Arc (ATPV) (cal/cm2) | ASTM F1959 | 12,8 |
| Electric Arc (HAF) (%) | ASTM F1959 | 57,9 |
| Electric Arc (Box test) | EN 61482-1-2 | APC 1 |
| Welding and allied processes | UNE-EN ISO 11611 | CLASS 1 |
| Antistatic | UNE-EN 1149-3 | PASS |
| High visibility | UNE-EN ISO 20471 | MARKO AT320HV |
| Antacid | UNE-EN 13034 | PASS |
| UPF (Ultraviolet Protection Factor) | UNE-EN 13758-1 | 50+ |
| Water vapour resistance - Ret (m2·Pa/W) | UNE-EN ISO 11092 | 3,69 |
| Thermal Resistance - Rct (m2·K/W) | UNE-EN ISO 11092 | 0,0217 |
| Tensile Strength Warp (N) | UNE-EN ISO 13934-1 | 1.045 ±10% |
| Tensile Strength Weft (N) | UNE-EN ISO 13934-1 | 740 ±10% |
| Tear Resistance Warp (N) | UNE-EN ISO 13937-2 | 25 (-5N) |
| Tear Resistance Weft (N) | UNE-EN ISO 13937-2 | 25 (-5N) |
| Dimensional Change Warp (%) | UNE-EN ISO 5077 | <3% |
| Dimensional Change Weft (%) | UNE-EN ISO 5077 | <3% |
REV.
1
Certifications
EN ISO 11612
IEC 61482
EN ISO 11611
EN 1149
EN ISO 20471
EN 13034
ASTM F1959
EN 1149-5
Risks
High visibility
Metal projections
Molten metal splashes
Contact heat
Electric arc
Antistatic
Antacid
Heat and flames
Washing Info
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