Ruishenbao Analytical Technology (Shanghai) Co., Ltd. provides lithium tetraborate and lithium metaborate as supporting materialsBorate flux is produced using carefully selected high-purity raw materials and prefabricated into glass bead and crystal particles through unique mixing synthesis technology. It has uniform particles, no pollution, and high purity（99.99%), easy to use and effective in use (no need for burning), providing higher analytical accuracy while effectively extending the lifespan of platinum containers and melting devices. Widely used in instrument analysis (XRF, ICP, AAS) and wet chemical analysis, it meets the requirements of multiple standards such as ISO 12677, GB/T 14506.31, GB/T 21114, GB/T 29513, YB/T 4780 for flux. At present, lithium tetraborate is commonly used（Li₂B₄O₇）Mixing flux with lithium borate（66.7%Li₂B₄O₇+33.3%LiBO₂，50%Li₂B₄O₇+50%LiBO₂，12：22=Li₂B₄O₇：LiBO₂）We also provide customized services such as pre added release agents.

Advantages:

1. Glass beads and crystal particles are both pre melted and encrypted flux, with a density of approximately 0.9-1.4g/cm³To prevent the generation of gas during the heating of the added reagents or the ejection of gas during the shaking of the crucible during use, which may cause losses.

2. There are two shapes to choose from: glass bead shape, which is suitable for automatic weighing due to its good fluidity; Crystal particles, due to their poor fluidity, are actually conducive to manual weighing.

3. Due to the smaller size of crystal particles, it can better meet the requirements of high-precision weighing and provide higher analytical accuracy.

4. High purity and uniform distribution to avoid sample crystallization and cracking, reducing glass adhesionOn a platinum containerThe probability.

5. Have a detailed product quality inspection report (COA) and chemical safety data sheet (MSDS).

Scope of application:

1.Flux for X-ray fluorescence analysis is widely used in cement plants, smelters, mines, testing institutions, research institutions, production enterprises, etc.

2. Used for ICP, AAS, and wet chemical analysis.

3.Used for the development of new materials.