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Solid Carbon Fiber

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MOQ : 10 Pieces

Solid Carbon Fiber Specification

Coating Material
No external coating / Raw Carbon Fiber Finish

Width
Standard diameters or as per requirement

Feature
High Strength, Lightweight, Corrosion Resistance

Pattern
Plain

Density
1.6 Gram per cubic centimeter(g/cm3)

Temperature Resistance
Up to 180C

Material
Solid Carbon Fiber

Texture
Smooth

Style
Plain

Technique
Pultruded / Moulded

Theme
Industrial / Engineering

Type
Solid Rod

Thickness
Available from 1mm to 20mm

Color
Black

Use
Industrial Parts, Aerospace, Robotics, Model Making, Structural Reinforcement

Shape
Rod / Bar

Length
Customizable (commonly 500mm, 1000mm)

Electrical Conductivity
High

Water Absorption
0.1%

Surface Finish
Glossy / Matte

Compressive Strength
> 1200 MPa

Young's Modulus
230 GPa

Tensile Strength
3500 MPa

Machinability
Can be sanded or cut with special tools

Solid Carbon Fiber Trade Information

Minimum Order Quantity
10 Pieces

FOB Port
HUANGPU

Payment Terms
Telegraphic Transfer (T/T)

Supply Ability
1000 Pieces Per Month

Delivery Time
30 Days

Sample Policy
Sample costs shipping and taxes has to be paid by the buyer

Main Export Market(s)
Australia, South America, Middle East, Africa, Central America, Western Europe, Asia, Eastern Europe, North America

Certifications
SGS

About Solid Carbon Fiber

Cylinders are widely used in insulation materials such as monocrystalline silicon, polysilicon, compound semiconductors, optical solders, and other high-temperature crystal growth furnaces.

Advantages:

Large size flat and shaped components have good integrity
High mechanical strength
Good electrical conductivity and heat insulation
High electrical load force
Outstanding thermal stability
High purity, low impurity content
Excellent shock resistance and corrosion resistance
Easy to operate and easier to maintain
Crystal growth furnaces for silicon, etc.
Sintering furnaces for carbon, ceramics, cemented carbide, etc.
Brazing furnaces for silver, copper, SUS, nickel, etc.
Various vacuum evaporation furnaces for aluminum etc.
Crystal growth furnaces for silicon, etc.
Sintering furnaces for carbon, ceramics, cemented carbide, etc.
Brazing furnaces for silver, copper, SUS, nickel, etc.

Superior Mechanical Performance

Engineered for industrial and aerospace use, these solid carbon fiber rods provide outstanding tensile and compressive strengths, allowing them to withstand strenuous conditions without significant deformation. Their high stiffness and lightweight nature enable innovative designs in robotics, model making, and structural reinforcement.

Versatile and Customizable

Available in a range of diameters and readily customizable lengths, these rods can be tailored to specific project requirements. Whether you require large-scale reinforcement or precise model components, we supply and export according to your specifications, ensuring a perfect fit for any application.

Reliable and Durable in Harsh Environments

With high electrical conductivity, minimal water absorption (0.1%), and resistance to corrosion and temperatures up to 180C, our solid carbon fiber rods excel even in challenging environments. The raw carbon fiber finish provides durability without the need for additional coatings.

FAQs of Solid Carbon Fiber:

Q: How can solid carbon fiber rods be machined or processed for custom applications?

A: Solid carbon fiber rods can be accurately sanded or cut to size using special tools designed for composites, such as diamond-coated or carbide-tipped saw blades. This allows them to be precisely shaped for industrial, aerospace, or model-building requirements without compromising their structural integrity.

Q: What are the main benefits of using solid carbon fiber rods in industrial projects?

A: Solid carbon fiber rods offer exceptional strength-to-weight ratios, high corrosion and temperature resistance (up to 180C), and excellent durability. These properties make them ideal for applications requiring reliable performance, lightness, and long service life, such as structural reinforcement, robotics, and aerospace manufacturing.

Q: When should I choose a pultruded versus a moulded carbon fiber rod?

A: Pultruded rods are optimal for straight, long sections where consistent mechanical properties along the length are required, making them suitable for structural uses. Moulded rods, on the other hand, are favored when precise shapes or surface finishes are necessary, accommodating more complex engineering designs.

Q: Where are your solid carbon fiber rods typically used, and who are your main clients?

A: Our rods find applications in industrial parts, aerospace assemblies, robotic systems, model making, and structural reinforcement. We serve a wide range of industries as distributors, exporters, manufacturers, suppliers, and traders, primarily across India and global engineering markets.

Q: What is the process for ordering custom-sized solid carbon fiber rods?

A: To order custom-sized rods, clients can specify desired length (commonly 500mm or 1000mm, or tailored) and diameter (1mm20mm) along with any preferred surface finish (glossy or matte) or technique (pultruded or moulded). Our team will guide you from specification to delivery, ensuring fast and precise fulfillment.

Q: How does the high electrical conductivity of these rods benefit industrial applications?

A: High electrical conductivity allows solid carbon fiber rods to serve as functional components in electronic, robotic, or aerospace assemblies where static discharge or signal transmission is relevant, adding functional versatility alongside mechanical advantages.