24K Diamond Rhmboid Chopped Carbon Fiber 8mm

Product Description

The 24k diamond rhmboid chopped carbon fiber 8mm is a high-quality product that offers exceptional strength and durability. Its key features include a 24K diamond pattern and a rhomboid shape, which enhance its visual appeal and uniqueness. This carbon fiber is lightweight, making it ideal for various applications such as automotive, aerospace, and sports equipment. Its benefits include improved performance, increased fuel efficiency, and reduced weight. The unique selling points of this product are its luxurious appearance, superior strength, and versatility in design and application.

Products detail

 

Structural Mastery	Rhomboid Angle:	55°±1° (Precision-laser verified)
	Surface Roughness:	Ra 0.8-1.2μm (EN ISO 4287)
Performance Metrics	Interfacial Shear Strength:	≥85 MPa (ASTM D2344)
	Electrical Conductivity:	1.5×10⁵ S/m (IEC 62631-3-1)
Eco-Certifications	✓ ISO 14064 Carbon Neutral Fiber
	✓ BlueSign® Approved Production

Reinforcement Additive:
Chopped carbon fiber is mixed with resins (like epoxy, vinyl ester, or polyester) or other matrices (like cement, concrete, rubber, or thermoplastics) to create composite materials.
Enhanced Properties:
These composites exhibit high strength-to-weight and stiffness-to-weight ratios, excellent fatigue and creep resistance, low thermal expansion, and good electrical and thermal conductivity.

Aerospace and Automotive: Reinforcement for parts requiring lightweight and high strength, like aircraft and spacecraft components, racing car bodies, and automotive parts.
Sporting Goods: 24k diamond rhmboid chopped carbon fiber 8mm is Used in golf club shafts, bicycle frames, fishing rods, and other sporting equipment.
Concrete Reinforcement: Improves the strength and durability of concrete structures.
Forged Carbon Fiber: Used to create a "forged carbon" appearance in parts, often used in wet layups or mixed into epoxy resin to form billets.
3D Printing: Can be used as a reinforcement additive in 3D printing filaments to improve mechanical properties.
Electrical Conductivity: Enhances electrical conductivity in applications like electromagnetic shielding, coatings, and specialty paper.
Thermal Conductivity: Improves thermal conductivity in applications like fuel cells and other heat-sensitive applications.

Injection Molding: Can be used in injection molding compounds to produce parts with high strength and stiffness.
Compression Molding: Suitable for compression molding applications, such as brake/clutch parts for automotive applications.
Wet Layups: Can be mixed with resins and applied to molds to create "forged carbon" parts.