Does the design of the FT-3B2 power cord take into account the requirements of international environmental regulations to ensure that it is harmless to the environment during use?

The design of the FT-3B2 power cord does take into account the requirements of international environmental regulations to ensure that it is harmless to the environment during use. The outer sheath material of the entire wire of the FT-3B2 power cord has passed environmental certifications such as REACH, RoHS and PHAS. These certifications are strict restrictions on the use of chemicals in electronic products and their components, aiming to protect human health and the environment from harmful substances.
The outer sheath material used in the FT-3B2 power cord is a specially designed 105-degree high-temperature resistant plastic. This material can not only maintain the stability of physical and chemical properties in an environment of up to 105 degrees Celsius, ensuring the safe use of the power cord, but more importantly, it also has excellent flame retardant properties. In extreme cases, such as an accidental fire, this flame retardant material can respond quickly and prevent the spread of the fire by self-extinguishing or significantly slowing the burning speed. This feature is crucial to reducing the damage caused by fire and protecting the surrounding environment and personal safety. In addition, the high temperature resistance also means that the power cord is not easy to soften, deform or melt when working for a long time or in a high temperature environment, thereby extending the service life of the product and reducing the waste generated by frequent replacement.
As the core part of the power cord to transmit current, the choice of its material is directly related to the transmission efficiency and safety of electric energy. The FT-3B2 power cord uses 100% pure copper as the inner conductor, which is based on the comprehensive consideration of the excellent conductivity and environmental protection characteristics of pure copper. The resistivity of pure copper is extremely low, which means that when transmitting the same current, pure copper wires generate less heat and less energy loss, thereby improving the transmission efficiency of electric energy. In addition, pure copper does not contain harmful heavy metal elements such as lead and cadmium, which may cause environmental pollution during the treatment of electronic waste. Therefore, the use of pure copper inner conductors not only helps to improve the performance of the power cord, but also reduces the potential threat of electronic waste to the environment.
Although the customization service itself does not directly involve the environmental protection of materials or designs, it indirectly promotes the effective use of resources and reduces waste by providing flexible options. The FT-3B2 power cord offers customized options for length and color, allowing customers to precisely select the required product specifications based on actual usage needs. This on-demand customization avoids waste caused by standard product specifications not meeting actual needs, such as purchasing a power cord that is too long or too short. During the production process, this helps reduce the consumption of raw materials and the generation of waste; during use, it helps save space, reduce energy consumption, and reduce waste generated by frequent replacement or adjustment of power cords.
The design of the FT-3B2 power cord fully considers the requirements of international environmental regulations. By selecting environmentally friendly materials, high-temperature resistant and flame-retardant materials, and pure copper inner conductors, it ensures that the product is harmless to the environment during use.