XRF、AA、ICP 等分析要求样品完全均匀。传统压片制样常因矿物效应、粒度效应导致结果偏差。熔融制样法将氧化物样品与硼酸锂助熔剂混合,在高温下熔融形成极其均一的玻璃片或酸溶液,从根源上解决"样品不均匀导致分析结果失准"的问题。XRF, AA and ICP analyses require perfectly homogeneous samples. Conventional pressed pellets suffer from mineralogical and particle-size effects. Fusion dissolves oxide samples in lithium borate flux at high temperature to form perfectly homogeneous glass discs or acid solutions, eliminating sample heterogeneity errors at the source.
一次最多同时处理 6 个样品,每小时可完成 24–30 个样品,大幅提升实验室制样效率与批量分析产能。Processing up to 6 samples per run and 24–30 per hour, it dramatically boosts laboratory throughput.
| 处理能力Throughput | 最多 6 样/次,24–30 样/小时up to 6 per run, 24–30 per hour |
|---|---|
| 加热室温度Chamber temperature | 可达up to 1200℃ |
| 加热组件温度Heater element temperature | 高达up to 1800℃ |
| 电源Power supply | 380–415VAC 3P+N |
| 输入功率Input power | 6.8KVA(3.75KW) |
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