Prep your XRF samples with Spectromelt® for higher accuracy
There are two principal techniques used for sample preparation in X-ray fluorescence (XRF) analysis, making a flux or pressing the sample into tablet form. High purity Spectromelt® borates are ideal for fluxing digestion where a high degree of precision is needed. Spectromelt® grinding aids are optimized for automated sample preparation where speed is essential.
- Formulations available for both fluxing and grinding techniques
- Homogenous samples for precise analysis
- Optimized for automated sample preparation
- High purity – trace impurities identified for optimal instrument adjustment
Fusion for high sample homogeneity
Fusion with high purity Spectromelt® borate fluxes results in very homogenous samples. Extensive quality specifications ensure all Spectromelt® fluxes contain negligible trace impurities and have a high batch-to-batch consistency. This reduces the need for instrument adjustments and increases accuracy. Spectromelt® A-series, based on lithium borate, and B-series, based on sodium borate, are available as powder or fused particles. The high-density fused particles are spherical with a small particle size making them easier to handle.
Robust tablets for automated sample preparation
Tabletting the sample is an alternative to fusion. The Spectromelt® C-series is optimized for grinding and tabletting. The robust nature makes it perfect for use in automated sample preparation where speed of analysis is essential.
Two types of Spectromelt® C tablets are offered. Samples prepared with Spectromelt® C10 are very stable for analysis and storage due to its adhesive properties. While ,Spectomelt® C20, which is less hygroscopic, is ideal for use in damp conditions.
| Spectromelt® A-series Lithium borates | ||||
|---|---|---|---|---|
| Product | Composition | Content | Packaging | Ord. No. |
| Spectromelt® A 10 | Lithium tetraborate | 1 kg | PE bottle | 1.10783.1000 |
| 5 kg | PE bottle | 1.10783.5000 | ||
| 25 kg | PE drum | 1.10783.9025 | ||
| Spectromelt® A 12 * | 66% Lithium tetraborate, 34% Lithium metaborate |
1 kg | PE bottle | 1.11802.1000 |
| Spectromelt® A 14 | 51% Lithium tetraborate, 27% lithium metaborate, 12% lanthanum (III) oxide, 10% lithium fluoride |
1 kg | PE bottle | 1.11724.1000 |
| Spectromelt® A 20 * | Lithium metaborate | 1 kg | PE bottle | 1.12996.1000 |
| Spectromelt® A 22 * | 67% lithium metaborate, 33% lithium tetraborate (22:12) |
1 kg | PE bottle | 1.24001.1000 |
| Spectromelt® A 100 * | Lithium tetraborate | 1 kg | PE bottle | 1.12630.1000 |
| Spectromelt® A 1000 | Lithium tetraborate with 0,07% lithium bromide | 1 kg | PE bottle | 1.13175.1000 |
| 5 kg | PE bottle | 1.13175.5000 | ||
| * = Spectromelt® fused quality During the production process of the Spectromelt® the material is molten to achieve high-density particles. The particles are spherical and have a small particle size distribution. The fused material has a higher density than the granulated material. The advantage for the end-user is that the fused material is easier to handle in the laboratory and has a lower loss on ignition. |
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| Spectromelt® B-series Sodium borates | ||||
| Product | Composition | Content | Packaging | Ord. No. |
| Spectromelt® B 10 | Sodium tetraborate | 1 kg | PE bottle | 1.06304.1000 |
| 5 kg | PE bottle | 1.06304.5000 | ||
| Spectromelt® C-series Grinding and Tabletting aid | ||||
| Product | Composition | Content | Packaging | Ord. No. |
| Spectromelt® C 10 | Grinding and tabletting aid Tablet weight: 333 mg |
5 kg | PE bottle | 1.13990.5000 |
| Spectromelt® C 20 | Grinding and tabletting aid Tablet weight: 333 mg |
5 kg | PE bottle | 1.13934.5000 |
| Hoechst Wax C micropowder | Tabletting aid | 1 kg | PE bottle | 1.09014.1000 |
