One of ICC strengths is the ability to offer a wide range of cables, ideal for various applications, manufactured with innovative materials and cutting-edge finishes. Among the most relevant products in our range are the irradiated cables, characterized by advanced technology that makes them extremely versatile and high-performance.
ICC irradiated cables undergo a crosslinking process through irradiation, using beta or gamma rays to significantly enhance the physical and chemical properties of the polymer materials used. This technique provides a series of unique advantages, making them suitable for applications in environments that require top-tier performance:
● Mechanical resistance: irradiated cables offer greater resistance to tension, impact, and bending, ensuring durability and reliability even under heavy-duty conditions.
● Thermal stability: thanks to the crosslinking, the insulation material stands high temperatures without the risk of deformation or degradation, ensuring consistent performance even in hot environments.
● Chemical resistance: these cables offer high performance in terms of resistance to chemical agents such as solvents, acids, and oils. For this reason, they are optimal for industrial applications where resistance to aggressive substances is crucial.
● “Clean” crosslinking: unlike other techniques, the irradiation process does not generate by-products that can migrate from the surface of the material, preventing contamination or chemical reactions to the surrounding environment.
In addition, the irradiation process is also advantageous from an environmental standpoint: no chemical solvents or potentially harmful agents are used, thus promoting greater sustainability and a reduced environmental impact.
What are the main areas of application?
Thanks to these features, irradiated cables are the perfect choice for sectors that require high-performance components. The main applications include:
● Lighting sector
● Electric motors and alternators
● Medical sector
● Home appliance and food sector
● Electromechanical sector (particularly for relays, where the absence of contaminants is essential)
In addition, when performance or dimensional requirements are particularly high, irradiated cables can be a valid alternative to standard high-temperature cables, such as silicone rubber insulated types.
The ICC range of irradiated cables
Our offer includes a variety of solutions, including the UNIRAY cable, our flagship product, that guarantees a maximum operating temperature of 155°C.
ICC also provides UL-CSA certified cables, fully compliant with the North American market regulations. Choosing ICC irradiated cables means opting for quality, reliability and superior performance.
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