The main advantages of carbon-free hose include high insulation performance, high temperature resistance, anti-aging, UV resistance, excellent low temperature resistance, and environmental protection.
High insulation performance: Carbon-free hose has excellent insulation performance, can resist voltage breakdown, and can work normally under 40,000 volts of power supply, ensuring production safety.
High temperature resistance: Since carbon-free hose is used to transport cooling water, its high temperature resistance enables it to remain stable in high temperature environment, and it is usually produced with high temperature resistant EPDM rubber.
Anti-aging and UV protection: Carbon-free hose can withstand various electrical radiation and high voltage frequency vibrations on rubber molecules, has excellent anti-aging and UV protection, and ensures the service life of the hose.
Low temperature resistance: Carbon-free hose can be used in high temperature environments from minus 30 degrees to plus 180 degrees, with a small bending radius, suitable for long-term bending use and high-frequency telescopic use.
Environmental protection: Carbon-free hoses do not add carbon black during the production process. They are environmentally friendly rubber hoses that do not produce black smoke, black residue and other pollutants. They are suitable for industries with strict environmental requirements.
The disadvantages of carbon-free hoses are relatively rarely mentioned, but from the existing information, their main disadvantages may include relatively high costs, which may be related to the use of high-quality materials and production processes. In addition, although carbon-free hoses have many advantages, in specific application scenarios, it may be necessary to select the most suitable hose type according to specific usage conditions and requirements.