PA6 CF30 BC03A Compound

PA6 CF30 BC03A Compound

Details
Product Name:LFT-G® PA6 CF30-BC03A Carbon fiber(Toray) Material
Model: LFT-PA6-LCF30/LFT-PA6-BC03A
Fiber Content:30% Long carbon fiber
High Flexural Strength/Modulus: >300Mpa/15000Mpa
Sample: Available
Supply Ability: 100 Tons/Month
Category
PA6 LCF Compound
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Description
Technical Parameters

LFT-G® PA6 CF30 BC03A Material

Product Name

LFT-PA6 CF30 BC03A Carbon fiber Nylon6 Compound

Model No

 

Matrix Resin

Brand

LFT-PA6-BC03A

LFT-PA6+LCF30%

Polyamide 6

LFT-G®

Filled Fiber Type 30% Long Carbon Fiber (Toray's)
Delivery Form Pellets
Processing  Injection Molding
Special characteristics High Strength, High Modulus, Good Wear Resistance, Lightweight, Replace Metal Part

 

 

 

LFT-G-PA6-CF30 CompoundWhat Is PA6 CF30 ?

LFT-G® BC03A PA6 CF30 is a 30% long carbon fiber (Toray's) reinforced polyamide6(nylon6) Compound. This high-performance carbon fiber reinforced plastic is engineered for applications demanding a superior balance of strength, high modulus, and low weight. By reinforcing a durable Polyamide 6 matrix with 30% long carbon fiber, this reinforced polymer provides a significant performance increase over short fiber versions, especially in impact strength and creep resistance. It is an ideal lightweight solution for replacing metal parts in automotive, industrial, and high-end sporting goods where structural integrity is critical.

 

 

 

How Strong Is nylon carbon fiber material?

LFT-G® BC03A PA6-CF30 Datasheet

Mechanical Properties

Property

 

Value

 

Unit

 

Test Standard

Tensile Strength 236 MPa ISO 527
Tensile Modulus 22963 MPa ISO 527
Elongation at Break 0.8 - 1.5 % ISO 527
Flexural Strength 336 MPa ISO 178
Flexural Modulus 14845 MPa ISO 178
Notched Izod Impact Strength (23°C) 366 J/m
ISO 180
Notched Charpy Impact Strength (23°C) 36 kJ/m²
ISO 179

 

Other Properties

Property

 

Value

 

Unit

 

Test Standard

Specific Gravity (Density)
1.23
g/cm³
ISO 1183
Molding Shrinkage (Flow)
0.1 - 0.3 %
ISO 294-4
Heat Deflection Temperature (1.8MPa)

208

°C
ISO 75-2/A
Melt Temperature
240 - 270
°C
 
Mold temperature
60- 95
°C
 

 

Disclaimer: Please note: The data provided for LFT-G® PA6 CF30 represents typical values obtained from controlled laboratory testing according to international standards. These figures are intended for reference and comparison purposes only. The final properties of a molded component can be influenced by processing parameters, part design, colorant usage, and other manufacturing variables.

Download Complete BC03A PA6-CF30 Datasheet PDF

 

 

Processing Information

To unlock the full potential of LFT-G® PA6 CF30, precise control of the injection molding process is crucial. As a high-temperature reinforced polymer, proper pre-drying is essential to prevent hydrolysis, and processing at elevated melt and mold temperatures is required to ensure a homogeneous melt and preserve the integrity of the long carbon fiber network.

Injection molding process for LFT-G® PA6 CF30

 

①Drying Time 4-6 hours

Drying Temperature

80-110°C

② Temperature Zone (Melt) 230-270°C
③Mold Temperature 60-90°C

 

 

 

Why choose Long Carbon fiber and not short fiber?

The choice between long and short carbon fiber is critical for performance. Long carbon fiber creates an internal skeletal network within the polymer, providing vastly superior impact strength, a higher modulus, and better creep resistance. This structure allows for more effective stress transfer along the fibers, resulting in a much tougher and more durable part compared to the random, disjointed nature of short fiber reinforcement, making it the superior choice to replace metal parts.

 

Benefits Filled Long Carbon fiber 

 

  • Exceptional Strength & High Modulus
  • Extremely Lightweight for Metal Replacement
  • Superior Fatigue & Creep Resistance
  • Excellent Dimensional Stability & Low Shrinkage
  • Good Wear Resistance and Low Friction
  • Inherent Electrical Conductivity
LFRT
Pellets of LFT-G® PA6 CF30 long carbon fiber nylon

 

 

 

What is carbon fiber nylon material used for?

Long carbon fiber reinforced nylon, especially a high-performance grade like our LFT-G®PA6 carbon fiber composite, is used for demanding engineering applications where strength, stiffness, and low weight are critical. In the automotive sector, it is ideal for structural components and brackets. For aerospace and defense, it is used for structural drone components and lightweight equipment. In industrial settings, it excels in high-speed machinery parts and robotics. This PA6 CF30 is a premier material designed to replace metal in many high-stress applications.

 

PA6 CF30 long carbon polymer for automotive part

Automotive Part

 

The high stiffness and lightweight nature of this composite make any PA6-CF30 part an excellent choice for replacing metal in high-load structural and functional automotive components.

Expert Insight: Lightweighting Success
"We worked with an automotive tier-1 supplier to replace a die-cast aluminum bracket with LFT-G® PA6 CF30. The result was a 40% weight reduction with improved fatigue performance. The client was able to reduce vehicle mass and simplify assembly, showcasing the immense potential of this material to replace metal parts effectively."

  • Structural chassis brackets and reinforcements
  • Seat frames and structural components
  • Pedal boxes and shifter assemblies
  • Mirror housings and support stalks
  • Engine and transmission components

 

Sport Equipment Part

 

The excellent stiffness-to-weight ratio of our LFT-G® PA6 CF30 makes it a fantastic material for high-performance sporting goods where reducing weight while increasing strength is a key goal.

 

  • High-performance bicycle frames and components
  • Components for high-end ski bindings
  • Structural parts for competitive drones
  • Lightweight stocks for sporting firearms
  • High-end fishing reel bodies and handles

Carbon fiber nylon sporting equipment

 

 

 

 

FAQ

Is Carbon fiber nylon a plastic?

A: Yes, it is a type of high-performance `carbon fiber reinforced plastic`. The nylon (polyamide) is the plastic matrix, which is then reinforced with carbon fibers to create a composite like our LFT-G®PA6 CF30 with vastly superior properties.

Why is carbon fiber so expensive? 

A: Carbon fiber production is an energy-intensive, complex process requiring specialized precursors and equipment. For our LFT-G®PA6 CF30, we use premium Toray fiber to ensure the highest quality, which also influences the cost of this elite material.

Contact Our Material Experts

 

 

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