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Guangzhou Furuui High-Energy Technology Co., Ltd. is a wholly-owned subsidiary of Guangzhou Science and Technology Finance Group Co., Ltd., and specializes in the application of nuclear technology using the radioactive isotope Cobalt-60. Our company is located at No. 2 Dayong East Road, Nansha District, Guangzhou City. Situated at the core gateway of the Guangdong-Hong Kong-Macao Greater Bay Area, we enjoy a strategic advantage within the core area of the sea-rail international intermodal transport system formed by the Guangzhou International Shipping Center’s Nansha Port and the Nansha Port Railway. Our service radius covers the South China region and extends nationwide and beyond. Our parent company, Guangzhou Science and Technology Finance Group Co., Ltd., is a wholly-owned subsidiary of Guangzhou State-owned Assets Development Holding Co., Ltd. Established under the work deployment of the Municipal Party Committee and Municipal Government, with strong support from relevant departments including the Municipal Science and Technology Bureau and the Financial Bureau, our company was formed through the reorganization of the original 26 units previously affiliated with the Municipal Science and Technology Bureau. We are committed to serving the construction of the Guangdong-Hong Kong-Macao Greater Bay Area and an international innovation hub, and have developed a new operational model featuring “Science and Technology Parks + Science and Technology Finance + Innovation Services,” thereby optimizing the innovation and entrepreneurship environment in the Bay Area. Our registered capital is 1 billion RMB. Technical Features Irradiation technology primarily utilizes gamma rays emitted by the radioactive isotopes Cobalt-60 (or Cobalt-137). The nucleus of Cobalt-60 is unstable; during spontaneous decay, it rapidly emits two gamma rays. Gamma rays are essentially photons—electrically neutral, with short wavelengths and strong penetrating power—and exhibit wave-particle duality. The main principle behind Cobalt-60 irradiation is that gamma rays interact with matter, generating secondary electrons. These secondary electrons carry energy that they transfer to cellular structures such as microorganisms, pests, and diseases, ultimately causing their death. Another significant characteristic of gamma photons is that they have zero rest mass; therefore, substances subjected to irradiation leave no residual traces. Irradiation technology boasts the following outstanding advantages: First, the radiation has strong penetrating power, allowing for rapid treatment without the need to remove packaging, and leaving no residues. Second,Companies