Antistatic rod made of PTFE (polytetrafluoroethylene) is produced by incorporating conductive fillers into pure PTFE material or through special process modification, aimed at overcoming PTFE's inherent high insulation properties and susceptibility to static electricity accumulation. Through this modification, the PTFE antistatic rod not only retains the excellent performance of traditional PTFE but also addresses the issue of static electricity accumulation, making it suitable for use in h

Antistatic rod made of PTFE (polytetrafluoroethylene) is produced by incorporating conductive fillers into pure PTFE material or through special process modification, aimed at overcoming PTFE's inherent high insulation properties and susceptibility to static electricity accumulation. Through this modification, the PTFE antistatic rod not only retains the excellent performance of traditional PTFE but also addresses the issue of static electricity accumulation, making it suitable for use in h

Antistatic rod made of PTFE (polytetrafluoroethylene) is produced by incorporating conductive fillers into pure PTFE material or through special process modification, aimed at overcoming PTFE's inherent high insulation properties and susceptibility to static electricity accumulation. Through this modification, the PTFE antistatic rod not only retains the excellent performance of traditional PTFE but also addresses the issue of static electricity accumulation, making it suitable for use in h

Antistatic rod made of PTFE (polytetrafluoroethylene) is produced by incorporating conductive fillers into pure PTFE material or through special process modification, aimed at overcoming PTFE's inherent high insulation properties and susceptibility to static electricity accumulation. Through this modification, the PTFE antistatic rod not only retains the excellent performance of traditional PTFE but also addresses the issue of static electricity accumulation, making it suitable for use in h

Antistatic rod made of PTFE (polytetrafluoroethylene) is produced by incorporating conductive fillers into pure PTFE material or through special process modification, aimed at overcoming PTFE's inherent high insulation properties and susceptibility to static electricity accumulation. Through this modification, the PTFE antistatic rod not only retains the excellent performance of traditional PTFE but also addresses the issue of static electricity accumulation, making it suitable for use in h

Antistatic rod made of PTFE (polytetrafluoroethylene) is produced by incorporating conductive fillers into pure PTFE material or through special process modification, aimed at overcoming PTFE's inherent high insulation properties and susceptibility to static electricity accumulation. Through this modification, the PTFE antistatic rod not only retains the excellent performance of traditional PTFE but also addresses the issue of static electricity accumulation, making it suitable for use in h