Brief: In this video, we demonstrate the properties and applications of 400-mesh conductive reinforced carbon fiber powder, showcasing its use in plastic modification and battery electrodes. Learn how this high-performance material enhances strength, conductivity, and thermal management in various industries.
Related Product Features:
400-mesh carbon fiber powder with high tensile strength (≥3500 GPa) and low resistivity (1.5x10³ Ω/cm).
Made from high-modulus carbon fiber short fibers, retaining excellent properties like high carbon content (>95%).
Ideal for plastic modification, enhancing material strength and wear resistance.
Used in battery electrodes as a conductive additive for improved performance.
Suitable for thermal management applications like heat sinks and conductive silicones.
Widely applied in anti-static industries, coatings, and electronic machinery.
Available in various mesh sizes (30~1000) for diverse industrial needs.
Easy to disperse in resins, plastics, and metals due to its pure surface and large specific area.
Faqs:
What are the main applications of 400-mesh carbon fiber powder?
It is used in plastic modification, battery electrodes, thermal management, anti-static materials, and reinforced composites for industries like electronics, aerospace, and construction.
Can this carbon fiber powder be used in thermal conductive materials?
Yes, it is ideal for heat sinks, thermal conductive silicones, and LED heat dissipation due to its excellent thermal conductivity and stability.
What is the return policy for this product?
Returns are accepted within 7 days of delivery for quality issues, with round-trip shipping covered by us. For personal reasons, returns are possible if the product is unused, with shipping costs borne by the buyer.