The telecom industry relies on various plastic compounds such as cables, cable clamps, and splice closures etc., which are frequently exposed to sunlight during their applications. Therefore, it is crucial for these products to be UV-resistant, achieved by adding UV stabilizers to the plastic raw materials.
However, this results in an increased cost and requires advanced technology, more than 90% which of Chinese manufacturers are not supplying the products with UV-Resistance.
Introduction of UV
UV refers to Ultraviolet radiation, a type of electromagnetic radiation with a shorter wavelength than visible light but longer than X-rays. It is naturally present in sunlight. UV radiation can cause degradation in plastic products by breaking down the chemical bonds in the plastic due to the absorption of energy from the radiation. This can lead to changes in the physical and mechanical properties of the materials, including color fading, surface cracking, and decreased mechanical performance, finally shorten dramatically the product lifetime. As a result, it’s very important for plastic products used in outdoor environments to be UV-resistant featured to ensure the durability and reliability could be achieved.
International Standards for UV Resistance
Commonly used compliance standards for testing the UV resistance of plastic products include UL 1581, ISO 4892, and ISO 4582. These guidelines provide testing procedures and evaluation criteria to assess the UV resistance of plastic materials and products to ensure effective quality assurance.
FOTUX’s Commitment to UV Resistance
FOTUX is committed to engineering plastic products that meet international standards for UV resistance. By using plastic materials with UV stabilizer formula and advanced production techniques, we ensure that our products are well designed to withstand the damaging effects of UV radiation and meet the necessary requirements for reliable performance in harsh outdoor environments.
