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Plain Carbon Fiber Fabric Custom Precision Engineered For Extreme Environments

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Plain Carbon Fiber Fabric Custom Precision Engineered For Extreme Environments

MOQ:	300㎡
Price:	$9.15-$12.39（㎡）
Standard Packaging:	Palletize
Delivery Period:	3-7 work days
Payment Method:	T/T
Supply Capacity:	15000㎡/month

Detail Information

Product Description

Detail Information

Place of Origin

CHINA

Brand Name

WGSC

Certification

ISO9001

Grade:

T300/T700

Weave Structure:

Plain

Areal Density (g/m²):

Custom-made

Resin Wet-Out Time:

≤20s /≤25s/≤30s

Weave Type:

Plain

Electrical Conductivity:

Low

Highlight:

Plain Carbon Fiber Fabric

Custom carbon fiber cloth roll

Custom Carbon Fiber Fabric

Product Description

Carbon Fiber Plain Weave: Precision Engineered For Extreme Environments

Product Attributes

Attribute	Value
Grade	T300/T700
Weave Structure	Plain
Areal Density (g/m²)	Custom-made
Resin Wet-Out Time	≤20s /≤25s/≤30s
Weave Type	Plain
Electrical Conductivity	Low

Product Introduction & Features

High-Strength Carbon Fiber Plain Weave Fabric is a cutting-edge composite material engineered for applications demanding uncompromising mechanical integrity and dimensional stability. Constructed from 12K high-modulus carbon fibers arranged in a tightly controlled plain weave pattern, this fabric delivers isotropic strength properties and exceptional resistance to thermal distortion.

Ultra-High Tensile Strength: Achieves 4,500 MPa longitudinal strength with 0.8% elongation at break.
Thermal Stability: Maintains structural integrity from -269°C (liquid helium) to 300°C.
Electromagnetic Interference Shielding: Provides 40 dB attenuation in EMI-prone environments.
Hybrid Resin Compatibility: Supports epoxy, cyanate ester, and polyimide resins for tailored performance.
Sustainable Production: 40% recycled carbon fiber content meets circular economy standards.

Manufacturing Process

Stage	Technical Specifications
Precursor Processing	PAN-based precursor fibers undergo stabilization (250°C) and carbonization (1,800°C) in inert gas.
Weaving Automation	Computer-controlled looms ensure ±0.1 mm alignment accuracy in plain weave configuration.
Surface Functionalization	Plasma-assisted oxidation (O₂/CF₄) enhances resin adhesion by 60%.
Curing Protocol	Dual-stage thermal curing: 150°C phenolic resin curing + 220°C polyimide post-curing.
Quality Assurance	AI-driven optical scanning detects fiber misalignment <0.05% in real time.

Usage Precautions

Environmental Controls: Store in dry nitrogen-purged containers at 18-25°C to prevent oxidation.
Processing Temperature: Critical curing window: 145-155°C for phenolic phase; avoid >260°C to prevent delamination.
Electrostatic Precautions: Use grounded workstations and anti-static packaging during handling.
Chemical Resistance: Compatible with epoxy, PEEK, and fluoropolymers; avoid contact with amines or chlorinated solvents.
Mechanical Handling: Prohibit sharp bends or creasing to avoid fiber breakage.

Key Specifications

Parameter	Standard Grade	Ultra-High Temp Grade
Fiber Diameter	7-10 μm	5-8 μm
Tensile Strength	4,500 MPa (longitudinal)	5,200 MPa
Thermal Conductivity	20 W/m*K	35 W/m*K
Electrical Resistivity	1.2×10⁻³ Ω*cm	0.8×10⁻³ Ω*cm
Moisture Absorption	<0.3% (24h/25°C)	<0.05%
Flammability	UL94 V-0	UL94 V-0
Certifications	ISO 9001, REACH, RoHS	NASA-STD-6012, MIL-I-24768

Applications

Aerospace: Hypersonic vehicle nose cones, reusable rocket engine nozzles requiring thermal/chemical resilience.
Energy Systems: Hydrogen storage tanks, electrolyzer bipolar plates with integrated EMI shielding.
Electronics: 5G base station radomes, flexible printed circuit boards for wearable tech.
Defense: Electromagnetic warfare countermeasures, blast-resistant vehicle armor.
Industrial: Plasma reactor liners, semiconductor wafer carriers with ultra-low particulation.

Tags:

carbon fiber cloth,

carbon fiber weave roll,

carbon fiber woven fabric

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Plain Carbon Fiber Fabric Custom Precision Engineered For Extreme Environments

MOQ:	300㎡
Price:	$9.15-$12.39（㎡）
Standard Packaging:	Palletize
Delivery Period:	3-7 work days
Payment Method:	T/T
Supply Capacity:	15000㎡/month

Detail Information

Product Description

Detail Information

Place of Origin

CHINA

Brand Name

WGSC

Certification

ISO9001

Grade:

T300/T700

Weave Structure:

Plain

Areal Density (g/m²):

Custom-made

Resin Wet-Out Time:

≤20s /≤25s/≤30s

Weave Type:

Plain

Electrical Conductivity:

Low

Minimum Order Quantity:

300㎡

Price:

$9.15-$12.39（㎡）

Packaging Details:

Palletize

Delivery Time:

3-7 work days

Payment Terms:

T/T

Supply Ability:

15000㎡/month

Highlight

Plain Carbon Fiber Fabric

Custom carbon fiber cloth roll

Custom Carbon Fiber Fabric

Product Description

Carbon Fiber Plain Weave: Precision Engineered For Extreme Environments

Product Attributes

Attribute	Value
Grade	T300/T700
Weave Structure	Plain
Areal Density (g/m²)	Custom-made
Resin Wet-Out Time	≤20s /≤25s/≤30s
Weave Type	Plain
Electrical Conductivity	Low

Product Introduction & Features

Ultra-High Tensile Strength: Achieves 4,500 MPa longitudinal strength with 0.8% elongation at break.
Thermal Stability: Maintains structural integrity from -269°C (liquid helium) to 300°C.
Electromagnetic Interference Shielding: Provides 40 dB attenuation in EMI-prone environments.
Hybrid Resin Compatibility: Supports epoxy, cyanate ester, and polyimide resins for tailored performance.
Sustainable Production: 40% recycled carbon fiber content meets circular economy standards.

Manufacturing Process

Stage	Technical Specifications
Precursor Processing	PAN-based precursor fibers undergo stabilization (250°C) and carbonization (1,800°C) in inert gas.
Weaving Automation	Computer-controlled looms ensure ±0.1 mm alignment accuracy in plain weave configuration.
Surface Functionalization	Plasma-assisted oxidation (O₂/CF₄) enhances resin adhesion by 60%.
Curing Protocol	Dual-stage thermal curing: 150°C phenolic resin curing + 220°C polyimide post-curing.
Quality Assurance	AI-driven optical scanning detects fiber misalignment <0.05% in real time.

Usage Precautions

Environmental Controls: Store in dry nitrogen-purged containers at 18-25°C to prevent oxidation.
Processing Temperature: Critical curing window: 145-155°C for phenolic phase; avoid >260°C to prevent delamination.
Electrostatic Precautions: Use grounded workstations and anti-static packaging during handling.
Chemical Resistance: Compatible with epoxy, PEEK, and fluoropolymers; avoid contact with amines or chlorinated solvents.
Mechanical Handling: Prohibit sharp bends or creasing to avoid fiber breakage.

Key Specifications

Parameter	Standard Grade	Ultra-High Temp Grade
Fiber Diameter	7-10 μm	5-8 μm
Tensile Strength	4,500 MPa (longitudinal)	5,200 MPa
Thermal Conductivity	20 W/m*K	35 W/m*K
Electrical Resistivity	1.2×10⁻³ Ω*cm	0.8×10⁻³ Ω*cm
Moisture Absorption	<0.3% (24h/25°C)	<0.05%
Flammability	UL94 V-0	UL94 V-0
Certifications	ISO 9001, REACH, RoHS	NASA-STD-6012, MIL-I-24768

Applications

Aerospace: Hypersonic vehicle nose cones, reusable rocket engine nozzles requiring thermal/chemical resilience.
Energy Systems: Hydrogen storage tanks, electrolyzer bipolar plates with integrated EMI shielding.
Electronics: 5G base station radomes, flexible printed circuit boards for wearable tech.
Defense: Electromagnetic warfare countermeasures, blast-resistant vehicle armor.
Industrial: Plasma reactor liners, semiconductor wafer carriers with ultra-low particulation.

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