牛津 OXFORD X - Strata 980 X 射线荧光镀层测厚及痕量元素分析仪用途：基于 X 射线荧光技术，用于镀层厚度测量、元素分析以及痕量有害元素检测。可对从 Ti（22 号元素）到 U（92 号元素）范围内的固体或液体样品进行分析。适用于五金电镀、电子元件制造、金属合金、珠宝鉴定、新能源等行业，用于质量控制、生产过程优化、合规检测等。技术原理：仪器的 X 射线管发射 X 射线照射样品，样品中的元素受激发产生特征 X 射线荧光，高分辨率探测器捕获荧光信号。通过分析荧光的能量和强度，确定样品的镀层厚度、元素组成及含量，过程无损且无需复杂样品制备。性能：配备 100 瓦 X 射线管和高分辨率硅 PIN 探测器，能量分辨率高，能有效识别、量化和区分相邻元素。有害元素检测精度可达 ppm 级。拥有多准直器配置，测量直径最小 150 微米，可选准直器直径有 0.1、0.2、0.3 和 1.27mm。超大样品舱尺寸为 580mm x 510mm x 230mm（宽 x 深 x 高），可容纳大型或不规则形状样品。具备扫描分析及元素分布成像功能，可快速识别问题区域。
Product Name: Oxford OXFORD X - Strata 980 X - ray Fluorescence Coating Thickness and Trace Element AnalyzerUsage: Based on X - ray fluorescence technology, it is used for coating thickness measurement, elemental analysis, and trace hazardous element detection. It can analyze solid or liquid samples within the range from Ti (element 22) to U (element 92). It is suitable for industries such as hardware electroplating, electronic component manufacturing, metal alloys, jewelry identification, and new energy, for quality control, production process optimization, compliance testing, etc.Technical Principle: The X - ray tube of the instrument emits X - rays to irradiate the sample. The elements in the sample are excited to generate characteristic X - ray fluorescence, and the high - resolution detector captures the fluorescence signal. By analyzing the energy and intensity of the fluorescence, the coating thickness, elemental composition and content of the sample are determined. The process is non - destructive and does not require complex sample preparation.Performance: Equipped with a 100 - watt X - ray tube and a high - resolution silicon PIN detector, it has high energy resolution and can effectively identify, quantify and distinguish adjacent elements. The detection accuracy of hazardous elements can reach ppm level. It has a multi - collimator configuration, with a minimum measurement diameter of 150 microns. The available collimator diameters are 0.1, 0.2, 0.3 and 1.27mm. The large sample chamber has dimensions of 580mm x 510mm x 230mm (width x depth x height) and can accommodate large or irregularly shaped samples. It has scanning analysis and element distribution imaging functions, which can quickly identify problem areas.