Traditionally, radiators have been made of metal, but metals have certain drawbacks, such as being heavy, requiring complex post-processing, causing significant pollution during production, and emitting high levels of carbon. In terms of environmental issues, nylon's carbon emissions are only 38% of those of metals. (Source of Information: Carbon Footprint Information Platform)

Thermally conductive Polymer radiators have successfully provided solutions to these issues, offering heat dissipation performance comparable to metal components. They also have significant cost advantages in terms of weight. The specific gravity of thermally conductive plastic is only 55% of aluminum, making plastic radiators lighter. This provides a weight reduction for products and offers a cost advantage of 30%.

In addition, the new thermal conductivity PC specifications provide a new heat dissipation solution for systems. Traditional plastic casings cannot effectively dissipate the heat generated inside terminal devices, which poses a challenge for designers. The Nite CT series reinforced material enhances both thermal conductivity and radiation, improving heat dissipation efficiency without increasing the casing temperature. This turns the casing into an effective heat dissipation tool for the system.

The material is UL 746C f1 certified, making it suitable for outdoor products. It also holds ISO 14021 PCR certification, indicating it as an environmentally sustainable material, compliant with relevant EU requirements, and contributing to environmental conservation efforts.