Anhui Tianming Cable Co., Ltd. offers high-temperature-resistant silicone rubber cables and high-temperature-resistant fluoroplastic computer cables, both commonly used in high-temperature environments. Each cable has unique properties and application scenarios. The following is a detailed introduction to these two types of cables:

Silicone Rubber High-Temperature Cable (ZA DJFPGPR)

Features:

High-Temperature Resistance: Silicone rubber materials exhibit excellent high-temperature resistance, typically working continuously in environments of 180°C to 200°C, and can even withstand temperatures above 250°C for short periods.

Flexibility: Silicone rubber cables offer excellent flexibility, suitable for applications requiring frequent movement or bending.

Excellent aging resistance: Silicone rubber materials exhibit superior aging resistance, maintaining excellent physical and electrical properties even after long-term use.

Chemical Resistance: Silicone rubber exhibits excellent resistance to a variety of chemicals, making it suitable for corrosive environments in industries such as chemicals and metallurgy.

Application Scenario:

High-temperature furnaces, heating equipment, hot air ducts, and other high-temperature environments.

Applications requiring frequent movement or bending, such as machinery and robots.

Chemical and metallurgical environments with corrosive conditions.

2. High-Temperature Resistant Fluoroplastic Computer Cable

Features:

High-Temperature Resistance: Fluoropolymers (such as polytetrafluoroethylene, PTFE) exhibit excellent high-temperature resistance, typically allowing for long-term operation in environments up to 200°C to 260°C, and can withstand even higher temperatures for short periods.

Low dielectric constant: Fluoroplastics feature extremely low dielectric constant and dielectric loss, suitable for high-frequency signal transmission.

Chemical Resistance: Fluoropolymers offer excellent resistance to almost all chemicals, suitable for extreme chemical environments such as strong acids and bases.

Mechanical Properties: Fluoroplastic cables feature high mechanical strength and wear resistance, suitable for complex mechanical environments.

Application Scenario:

Signal transmission for equipment such as computers, control systems, and instruments in high-temperature environments.

High-frequency signal transmission, such as communication equipment and radar systems.

Signal transmission under extreme chemical environments such as strong acids and bases.

Summary

Silicone rubber high-temperature cables: Ideal for applications requiring excellent flexibility and high-temperature resistance, especially in environments where frequent movement or bending is necessary.

High-temperature fluoroplastic computer cables: Suitable for signal transmission in extreme high-temperature and chemically corrosive environments, particularly in high-frequency signal transmission and complex mechanical environments.

Choose the appropriate cable based on the specific application and performance requirements.

Product Model:

　　ZA-DJFPGP、ZA-DJGGR、ZA-DJGGP、ZA-DJGGP2、ZA-DJFP2GP2、ZA-DJFPGPR、

　　ZA-DJGGPR、ZA-DJFGPR、ZA-DJGPGR、ZA-DJFPGR、ZA-DJGPGRP、ZA-DJFPGRP、ZA-DJFPGP22、ZA-DJFP2GP2/22、

　　ZA-JFP2GP2/22、ZA-DJFPGPR22、ZA-DJGGPR22、ZA-DJFGPR22、ZA-DJGPGR22、ZA-DJFPGR22、ZA-DJGPGRP22、

　　ZA-DJFGRP22、ZA-DJGPVFP、ZA-DJGPVFR、ZA-DJGPVFPR、ZA-DJGVFP、ZA-JFPGP、ZA-JFP2GP2、ZA-JFPGPR、

　　ZA-JGGPR、ZA-JFGPR、ZA-JGPGR、ZA-JFPGR、ZA-JGPGRP、ZA-JFPGRP、ZA-JFPGP22、ZA-JFP2GP2/22、ZA-JFPGP22、

　　ZA-JFPGPR22、ZA-JGGPR22、ZA-JFGPR22、ZA-JGPGR22、ZA-JFPGR22、ZA-JGPGRP22、ZA-JFGRP22、ZA-JGPVFP、

　　ZA-JGPVFR、ZA-JGPVFPR、ZA-JGVFP、ZA-JGGR、ZA-JGGP、ZA-JGGP2、ZRA-DJFPGP、ZRA-DJGGR、ZRA-DJGGP