| Quantity: | |
|---|---|
48.5%Meta-aramid 48.5%FR Viscose 3%Anti-static
Tianjun
Technical & Commercial Introduction: Meta-aramid FR Viscose Knitted Fabric with Anti-static Properties
1.0 Product Concept & Market Positioning
The Meta-aramid FR Viscose Knitted Fabric with Anti-static Properties represents a pinnacle of engineered protective textiles, designed for industries where fire safety, electrostatic control, and operational comfort converge as non-negotiable requirements. This advanced fabric seamlessly integrates the unparalleled thermal protection of meta-aramid fibers with the moisture management of FR-treated viscose, while incorporating a durable conductive system to mitigate static electricity risks. It is the material of choice for modern safety programs that prioritize both regulatory compliance and human factors in demanding work environments.
2.0 Advanced Material Architecture & Technology
The fabric's superior performance is rooted in a multi-layered material science approach:
Primary Protective Matrix:
Meta-aramid Core: Provides inherent, permanent flame and thermal resistance. This high-performance polymer is non-melting, thermally stable up to 400°C, and forms a protective insulating char barrier upon exposure to flame.
FR Viscose Enhancement: Contributes superior moisture absorption, breathability, and dye affinity. Its flame-retardant properties are molecularly integrated, ensuring wash durability and a soft, cotton-like hand feel that enhances wearer comfort.
Integrated Anti-static System:
Conductive Network Engineering: Premium conductive filaments (such as carbon-core or metallic fibers) are systematically integrated into the yarn structure during the advanced knitting process. This creates a permanent, low-resistance pathway throughout the fabric for reliable static charge dissipation.
Performance Mechanism: The network safely channels electrostatic charges to ground, preventing hazardous charge accumulation that could ignite flammable atmospheres or damage sensitive electronic components.
3.0 Parameters
Composition | |
Composition | 48.5%Meta-aramid 48.5%FR Viscose 3%Anti-static |
Weight | 180g |
Width | 180cm |
Style | Interlock |
4.0 Target Industrial Applications & Solutions
This fabric is engineered for critical roles in sectors where multiple hazards coexist:
Energy & Utilities: For electrical substation technicians, utility linemen, and power generation staff exposed to arc flash and working in environments requiring static control.
Petrochemical & Refining: For operations, maintenance, and laboratory personnel in refineries and chemical plants where flammable vapors and static discharge risks are prevalent.
High-Tech Manufacturing: For cleanroom and production floor garments in semiconductor, aerospace, and electronics assembly, protecting both the worker (FR) and the product (ESD).
Pharmaceutical & Fine Chemicals: In processing areas handling volatile compounds where electrostatic discharge must be prevented to ensure process safety.
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.
Technical & Commercial Introduction: Meta-aramid FR Viscose Knitted Fabric with Anti-static Properties
1.0 Product Concept & Market Positioning
The Meta-aramid FR Viscose Knitted Fabric with Anti-static Properties represents a pinnacle of engineered protective textiles, designed for industries where fire safety, electrostatic control, and operational comfort converge as non-negotiable requirements. This advanced fabric seamlessly integrates the unparalleled thermal protection of meta-aramid fibers with the moisture management of FR-treated viscose, while incorporating a durable conductive system to mitigate static electricity risks. It is the material of choice for modern safety programs that prioritize both regulatory compliance and human factors in demanding work environments.
2.0 Advanced Material Architecture & Technology
The fabric's superior performance is rooted in a multi-layered material science approach:
Primary Protective Matrix:
Meta-aramid Core: Provides inherent, permanent flame and thermal resistance. This high-performance polymer is non-melting, thermally stable up to 400°C, and forms a protective insulating char barrier upon exposure to flame.
FR Viscose Enhancement: Contributes superior moisture absorption, breathability, and dye affinity. Its flame-retardant properties are molecularly integrated, ensuring wash durability and a soft, cotton-like hand feel that enhances wearer comfort.
Integrated Anti-static System:
Conductive Network Engineering: Premium conductive filaments (such as carbon-core or metallic fibers) are systematically integrated into the yarn structure during the advanced knitting process. This creates a permanent, low-resistance pathway throughout the fabric for reliable static charge dissipation.
Performance Mechanism: The network safely channels electrostatic charges to ground, preventing hazardous charge accumulation that could ignite flammable atmospheres or damage sensitive electronic components.
3.0 Parameters
Composition | |
Composition | 48.5%Meta-aramid 48.5%FR Viscose 3%Anti-static |
Weight | 180g |
Width | 180cm |
Style | Interlock |
4.0 Target Industrial Applications & Solutions
This fabric is engineered for critical roles in sectors where multiple hazards coexist:
Energy & Utilities: For electrical substation technicians, utility linemen, and power generation staff exposed to arc flash and working in environments requiring static control.
Petrochemical & Refining: For operations, maintenance, and laboratory personnel in refineries and chemical plants where flammable vapors and static discharge risks are prevalent.
High-Tech Manufacturing: For cleanroom and production floor garments in semiconductor, aerospace, and electronics assembly, protecting both the worker (FR) and the product (ESD).
Pharmaceutical & Fine Chemicals: In processing areas handling volatile compounds where electrostatic discharge must be prevented to ensure process safety.
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.
