Conductive PBT Resin with Carbon Fiber CF30

High-Performance Conductive PBT Plastic CF30 Resin: Engineered for Superior Electrical and Mechanical Performance

Discover the advanced properties of our premium Conductive PBT Plastic CF30 Resin, a high-grade thermoplastic composite infused with carbon fiber to deliver exceptional electrical conductivity, mechanical strength, and environmental resilience. This material is specifically formulated for demanding industrial applications where reliable performance under thermal stress, chemical exposure, and mechanical load is critical.

Key Features:

Enhanced electrical conductivity through optimized carbon fiber reinforcement, ensuring efficient current dissipation in electronic enclosures and connectors. High tensile and flexural strength provide robust structural integrity, while impact resistance makes it ideal for dynamic environments. Excellent heat deflection temperature (HDT) supports continuous use up to 150°C, making it suitable for automotive engine compartments and high-temperature manufacturing processes. Low moisture absorption minimizes dimensional changes in humid conditions, preserving precision in molded parts. Additionally, its outstanding dimensional stability ensures consistent tolerances during injection molding, reducing post-processing needs and enhancing production efficiency.

Detailed Description:

This conductive polybutylene terephthalate (PBT) compound combines the inherent advantages of PBT — such as good fatigue resistance, low creep, and excellent electrical insulation — with the reinforcing benefits of carbon fiber. The result is a semi-crystalline engineering plastic that outperforms standard PBT Resins in both conductivity and mechanical performance. With an electrical volume resistivity typically below 10⁴ ohm·cm, CF30 resin enables safe grounding and EMI shielding in sensitive electronics. Its compatibility with standard processing equipment allows seamless integration into existing manufacturing workflows, whether for prototyping or mass production. The material also exhibits strong resistance to common automotive fluids like brake fluid, coolant, and fuel, extending service life in harsh operating conditions.

Usage Scenarios:

Engineers and manufacturers rely on this conductive PBT CF30 resin for producing durable components across multiple sectors. In the electronics industry, it's used for housing units, printed circuit board (PCB) brackets, and connector housings that require static discharge protection. Automotive OEMs specify it for fuel system components, sensor enclosures, and under-hood parts exposed to elevated temperatures and vibration. Industrial designers choose it for gearboxes, motor housings, and automation part assemblies where wear resistance and long-term reliability are essential. It’s particularly well-suited for applications requiring flame retardancy (UL94 V-0 rating), minimal warpage, and consistent surface finish.

User Reviews:

"I tested this conductive PBT CF30 resin for a new IoT device housing and was impressed by how effectively it dissipates static charge while maintaining rigidity even after prolonged thermal cycling." - Electronics Engineer, Germany
"Used in a high-pressure fuel rail component; the material held up perfectly against gasoline exposure and maintained dimensional accuracy over thousands of cycles." - Automotive Supplier, USA

FAQs:

Q: Can this material be used in environments with frequent temperature fluctuations?
A: Yes, thanks to its low coefficient of thermal expansion and high heat distortion temperature, CF30 performs reliably in both hot and cold conditions, from -40°C to +150°C continuously.

Product Categories : PBT Resins