矿业解决方案
提高从勘探到矿物加工的回收率和工艺效率
体验 Revontium:以极少的空间、时间和成本获得落地式设备的性能。
近红外光谱法(NIR)是一种高度灵活的分析形式,可运用于广泛的研究和工业过程应用
便携式及手持式光谱仪可以定量或定性测定几乎任何元素,而无需将样品带到实验室
可轻松实现准确 XRF 分析所需的样品制备
在工业中降低实验室分析的成本,同时优化分析过程的质量和可靠性。
下载适合您产品的最新软件和用户手册。
请点击下方浏览我们公司屡获殊荣的各类分析仪器。
粒子和分子尺寸/电荷分析仪
颗粒粒度智能测量方法
台式及在线 EDXRF 光谱仪
多用途 X 射线衍射仪
一种用于研究所有类型材料的无损技术
动态光散射可用于蛋白质、纳米颗粒、聚合物和胶状分散体的粒度表征
可视化并测量颗粒的粒度和浓度
X射线荧光光谱学和 XRF 应用
分享知识有助于推动科学发展。我们提供一系列符合您需求的网络研讨会、讲座和培训课程,助您在和专家沟通交流的过程中,获得解决重大挑战的新思路,不断提高技术能力。
{{ event.content }}
我们的愿景是让世界更清洁、更健康、更高效。详细了解我们的科学仪器如何帮助用户更好地理解和塑造从蛋白质、金属和聚合物到我们周围的土壤和空气的一切。从热门话题到客户案例、行业洞察和技术培训 - 我们的博客可帮助您了解最新情况。
Once a luxury, cell phones are now indispensable. And behind every device are dozens of specialized raw materials: plastics for casing, rare-earth metals for vibrant displays, smash-proof glass with a conductive layer for touchscreens, and high-strength ceramics. The performance, safety, and compliance of any phone depend on the quality of these materials. Without sufficient quality, […]
The semiconductor market is on track to surpass $1 trillion by 2030, driven by transformative forces including AI, data centers, automotive electrification, IoT, and consumer electronics. For manufacturers, this presents both an opportunity and a threat: deliver on demand – or get left behind. Ensuring material consistency, tightening process control, and scaling production – without […]
Critical minerals, such as lithium, copper, and graphite, are pivotal to the energy transition due to their use in technologies like batteries, wind turbines, photovoltaic solar panels, and hydrogen fuel cells. As a result, global demand for them is rising. However, with critical mineral ore grades declining around the world and their mineralogy becoming more […]