Meta-aramid FR Viscose Anti-static Blended Yarn | Conductive FR Yarn

Technical Product Introduction: Meta-aramid FR Viscose Anti-static Blended Yarn | Conductive FR Yarn

1. Product Definition & Innovation

The Meta-aramid FR Viscose Anti-static Blended Yarn is a high-performance engineered yarn designed to serve as the foundational element for next-generation protective textiles. It represents a significant innovation by seamlessly integrating three critical functionalities into a single, processable yarn: the inherent and permanent flame resistance of meta-aramid, the enhanced moisture management and comfort of FR-treated viscose, and durable, built-in anti-static/conductive properties. This "Conductive FR Yarn" enables fabric manufacturers to produce advanced safety fabrics without the complexity of multiple material layers or post-production treatments.

2. Material Composition & Technology

The yarn's architecture is a result of precision fiber science and advanced spinning technology:

Core Functional Fibers:

Meta-aramid: Serves as the primary protective component, providing non-melting, thermo-stable flame resistance. It ensures the fabric maintains integrity and forms a protective char barrier when exposed to high heat or direct flame.

FR Viscose: Imparts superior moisture-wicking capability, breathability, and a soft hand feel. Its flame-retardant properties are intrinsic, ensuring long-term wash durability and wearer comfort.

Integrated Conductivity System:

Conductive Medium: Proprietary carbon-loaded fibers, stainless steel microfilaments, or conductive polymer-based fibers are uniformly blended during the spinning process.

Technical Mechanism: This creates a continuous, inter-fiber conductive network within the yarn structure. This network provides a permanent, low-resistance pathway for the safe and rapid dissipation of electrostatic charges to ground, effectively preventing hazardous static accumulation.

Advanced Blending & Spinning Process:

Utilizing state-of-the-art intimate blending technology, the different fiber components are homogenously combined before spinning. This ensures consistent distribution of protective and conductive properties throughout every centimeter of the yarn.

The yarn is spun to precise counts and twists, optimized for excellent strength, uniformity, and processability on both knitting and weaving machinery.

3. Downstream Fabric Applications & Value

This yarn is the ideal raw material for producing sophisticated fabrics for:

Advanced FR Workwear: For manufacturing lightweight, breathable, and anti-static uniforms for the oil & gas, utilities, and chemical processing industries.

Technical Knits for ESD Control: Ideal for electronics manufacturing, cleanroom, and aerospace garments where both FR safety and component protection from static are required.

Specialized Protective Gear: Used in firefighting stationwear, military base layers, and high-risk industrial undergarments that require multi-threat protection.

4. Compliance Pathways

Fabrics knitted or woven from this yarn are engineered to facilitate compliance with key international standards, including:

Flame & Arc Resistance: ASTM F1506, NFPA 2112, EN ISO 11612

Electrostatic Properties: EN 1149-5

Material Safety: Can be used in fabrics certified to OEKO-TEX Standard 100.

FAQ

Q: How about the MOQ?

A: Usually, it is 500KG starting from sample order.

Q: What about package?

A: Cartons for thread, Woven bag for yarns (58x40x36.5cm 25KG) , and PE bag for fabric in roll (165cm based on fabric widthx25x25cm 25KG.

Q: What about the delivery time?

A: 15days for yarns, 25-30 days for fabric based on MOQ.

Q: How are the products delivered to us?

A: By internal express, Sea shipping, Train shipping and others.

Q: What about the payment?

A: T/T, please confirm with us with the order.