Product Description
The double-sided conducting PU-based carbon film was prepared by calendering with high molecular superconducting nano-carbon black and auxiliary agent. The finished film has smooth and flat surface, uniform and stable surface resistance, excellent double-side conduction performance, softer material compared with PE-based carbon film, uniformly bending resistance, acid and alkali solvent resistance, oil resistance, heat resistance, cold resistance and oxidation resistance, and service life of more than 15 years. In addition, the special requirements of waterproofing, antirust, flame retardant and ductility can be realized by adjusting the proportion of the base material.
Frequently Asked Questions
What is the base material of this conductive film?
The film is PU-based, which provides a softer and more flexible texture compared to traditional PE-based carbon films.
How long does the conductive PU film last?
It is designed for high durability with an expected service life of more than 15 years under normal conditions.
Is the film resistant to chemicals and environment?
Yes, it features excellent resistance to acids, alkali solvents, oil, oxidation, as well as extreme heat and cold.
Can the specifications be customized for specific needs?
While the standard width is 1400mm and thickness is 0.2mm, ductility and flame retardant properties can be adjusted during manufacturing.
What are the primary medical uses for this film?
It is widely used in medical electrodes for examination, treatment, monitoring, and physiotherapy products.
What temperature range can this film withstand?
It has a conventional service temperature of -20 to 150ºC and can handle extreme temperatures from -60 to 180ºC.
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