The core technical highlight is the use of a high-purity germanium detector, which can accurately detect trace precious metal elements with a content of 0.0001% level, far exceeding the detection accuracy of ordinary silicon drift detectors. It is equipped with a bulk sample feeding system, which can realize automatic feeding and testing of bulk samples such as electronic waste scraps and ore powder, improving the testing efficiency of bulk materials by 10 times compared with traditional sampling methods. It supports enterprise-level permission management of test data, ensuring the security of commercial data. It has a complete radiation protection system, including a lead shielding layer to ensure the safety of operators, solving the pain points of low detection accuracy and low efficiency of traditional industrial precious metal testing equipment.
The product has a size of 1200*800*900mm, with a gross weight of 850kg. It uses a 220V universal industrial power supply, with a built-in 24V backup battery to ensure uninterrupted testing during power outages. The high-purity germanium detector has a resolution of 110eV at 122keV, ensuring accurate detection of trace precious metal elements. The bulk sample feeding system can adapt to sample sizes from 100g to 50kg, and can adjust the detection angle and power according to the sample type. It supports connection to enterprise-level MES systems for unified production data management, and can generate detailed industrial test reports for smelting process optimization.
It is mainly used in large-scale electronic waste recycling plants, precious metal smelting enterprises, industrial precious metal recovery centers, and mining enterprises engaged in precious metal ore exploration. Typical usage scenarios include analyzing the precious metal content of electronic waste scraps before smelting, testing the precious metal content of ore powder for mining enterprises, and conducting quality inspection of recycled precious metal materials for smelting plants to optimize the smelting process and reduce production costs.
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