New Far-infrared Heating Fiber Debuts in Beijing

On December 12th, a groundbreaking Faro-infrared heating fiber developed by Calober, originally from South Korea, was officially launched in Beijing. This innovative product is set to make its debut in the Chinese market and has already generated significant interest among industry experts and consumers alike. According to the local representative of Calober and the head of Beijing Kalebao Technology Development Co., Ltd., this new type of far-infrared heating fiber offers a comfortable and efficient heating solution that can cut energy consumption by up to 50% compared to traditional oil-fired boilers. Its lightweight design and ease of installation significantly reduce construction time and logistics costs, making it a highly practical option for both residential and commercial use. The technology behind Calober’s far-infrared heating fibers involves coating high-resistance carbon elements onto specialized polyester yarns. These are then combined with carbon filaments and copper wires to create a flexible fiber structure that can be connected to a power source and insulated. This unique design emits healthy biological waves—specifically far-infrared rays composed of carbon anions—with an emissivity rate exceeding 90%, even at low temperatures. Such performance not only enhances comfort but also promotes better health by improving blood circulation and reducing fatigue. In addition to its energy efficiency and safety, this advanced heating fiber is versatile and suitable for a wide range of applications, including home heating systems, construction materials, automotive interiors, marine environments, medical devices, and everyday household products. As the demand for eco-friendly and smart heating solutions continues to grow, Calober’s innovation is poised to revolutionize the industry and offer a sustainable alternative to conventional heating methods. With its impressive features and broad applicability, this fiber represents a major step forward in the future of heating technology.