Tungsten Carbide Mortar is a grinding apparatus employed in laboratories, with a hardness reaching up to 87.5HRA. It is capable of grinding high-hardness metallic and non-metallic minerals such as coal, coke, ores, and rocks. Moreover, it is extremely wear-resistant and can withstand the abrasive wear during prolonged grinding processes.

The RUISCI Flux is fabricated using meticulously selected high-purity raw materials and preprocessed into glass bead and crystal particle forms through an exclusive blending and synthesis technique. It exhibits uniform particles, is pollution-free, facile to use, and offers excellent application performance (requiring no calcination), thereby providing greater analytical accuracy. It can be employed for the preparation of fused glass wafers and simultaneously effectively prolongs the lifespan of platinum yellowware and fusion apparatuses. It conforms to the requirements for Flux stipulated in multiple standards such as ISO 12677 and is extensively utilized in instrumental analyses (XRF, ICP, AAS) as well as wet chemical analyses.

The RUISCI Flux is fabricated using meticulously selected high-purity raw materials and preprocessed into glass bead and crystal particle forms through an exclusive blending and synthesis technique. It exhibits uniform particles, is pollution-free, facile to use, and offers excellent application performance (requiring no calcination), thereby providing greater analytical accuracy. It can be employed for the preparation of fused glass wafers and simultaneously effectively prolongs the lifespan of platinum yellowware and fusion apparatuses. It conforms to the requirements for Flux stipulated in multiple standards such as ISO 12677 and is extensively utilized in instrumental analyses (XRF, ICP, AAS) as well as wet chemical analyses.

The RUISCI Fluxes ( Lithium tetraborate and Li2CO3) is fabricated using meticulously selected high-purity raw materials and preprocessed into glass bead and crystal particle forms through an exclusive blending and synthesis technique. It exhibits uniform particles, is pollution-free, facile to use, and offers excellent application performance (requiring no calcination), thereby providing greater analytical accuracy. It can be employed for the preparation of fused glass wafers and simultaneously effectively prolongs the lifespan of platinum yellowware and fusion apparatuses. It conforms to the requirements for fluxes stipulated in multiple standards such as ISO 12677 and is extensively utilized in instrumental analyses (XRF, ICP, AAS) as well as wet chemical analyses.

The RUISCI Flux is fabricated using meticulously selected high-purity raw materials and preprocessed into glass bead and crystal particle forms through an exclusive blending and synthesis technique. It exhibits uniform particles, is pollution-free, facile to use, and offers excellent application performance (requiring no calcination), thereby providing greater analytical accuracy. It can be employed for the preparation of fused glass wafers and simultaneously effectively prolongs the lifespan of platinum yellowware and fusion apparatuses. It conforms to the requirements for Flux stipulated in multiple standards such as ISO 12677 and is extensively utilized in instrumental analyses (XRF, ICP, AAS) as well as wet chemical analyses.

The RUISCI Fluxes ( Lithium tetraborate and Lithium metaborate) is fabricated using meticulously selected high-purity raw materials and preprocessed into glass bead and crystal particle forms through an exclusive blending and synthesis technique. It exhibits uniform particles, is pollution-free, facile to use, and offers excellent application performance (requiring no calcination), thereby providing greater analytical accuracy. It can be employed for the preparation of fused glass wafers and simultaneously effectively prolongs the lifespan of platinum yellowware and fusion apparatuses. It conforms to the requirements for fluxes stipulated in multiple standards such as ISO 12677 and is extensively utilized in instrumental analyses (XRF, ICP, AAS) as well as wet chemical analyses.

The RUISCI Fluxes ( Lithium tetraborate and Lithium metaborate) is fabricated using meticulously selected high-purity raw materials and preprocessed into glass bead and crystal particle forms through an exclusive blending and synthesis technique. It exhibits uniform particles, is pollution-free, facile to use, and offers excellent application performance (requiring no calcination), thereby providing greater analytical accuracy. It can be employed for the preparation of fused glass wafers and simultaneously effectively prolongs the lifespan of platinum yellowware and fusion apparatuses. It conforms to the requirements for fluxes stipulated in multiple standards such as ISO 12677 and is extensively utilized in instrumental analyses (XRF, ICP, AAS) as well as wet chemical analyses.

After adding lithium bromide release agent to the fluxes, it can effectively reduce the adhesion between the sample and the mold, making it easier for the sample to be removed from the mold, and reducing sample damage and mold wear. This fluxes also has good chemical stability, maintaining its performance at high temperatures, while reducing bubbles and cracks in the sample, improving the quality of the sample and the accuracy of the analysis results.

The RUISCI Fluxes ( Lithium tetraborate and Lithium metaborate) is fabricated using meticulously selected high-purity raw materials and preprocessed into glass bead and crystal particle forms through an exclusive blending and synthesis technique. It exhibits uniform particles, is pollution-free, facile to use, and offers excellent application performance (requiring no calcination), thereby providing greater analytical accuracy. It can be employed for the preparation of fused glass wafers and simultaneously effectively prolongs the lifespan of platinum yellowware and fusion apparatuses. It conforms to the requirements for fluxes stipulated in multiple standards such as ISO 12677 and is extensively utilized in instrumental analyses (XRF, ICP, AAS) as well as wet chemical analyses.

The RUISCI Fluxes ( Lithium tetraborate and Lithium metaborate) is fabricated using meticulously selected high-purity raw materials and preprocessed into glass bead and crystal particle forms through an exclusive blending and synthesis technique. It exhibits uniform particles, is pollution-free, facile to use, and offers excellent application performance (requiring no calcination), thereby providing greater analytical accuracy. It can be employed for the preparation of fused glass wafers and simultaneously effectively prolongs the lifespan of platinum yellowware and fusion apparatuses. It conforms to the requirements for fluxes stipulated in multiple standards such as ISO 12677 and is extensively utilized in instrumental analyses (XRF, ICP, AAS) as well as wet chemical analyses.

The RUISCI Fluxes ( Lithium tetraborate and Lithium metaborate) is fabricated using meticulously selected high-purity raw materials and preprocessed into glass bead and crystal particle forms through an exclusive blending and synthesis technique. It exhibits uniform particles, is pollution-free, facile to use, and offers excellent application performance (requiring no calcination), thereby providing greater analytical accuracy. It can be employed for the preparation of fused glass wafers and simultaneously effectively prolongs the lifespan of platinum yellowware and fusion apparatuses. It conforms to the requirements for fluxes stipulated in multiple standards such as ISO 12677 and is extensively utilized in instrumental analyses (XRF, ICP, AAS) as well as wet chemical analyses.

The RUISCI Fluxes ( Lithium tetraborate and Lithium metaborate) is fabricated using meticulously selected high-purity raw materials and preprocessed into glass bead and crystal particle forms through an exclusive blending and synthesis technique. It exhibits uniform particles, is pollution-free, facile to use, and offers excellent application performance (requiring no calcination), thereby providing greater analytical accuracy. It can be employed for the preparation of fused glass wafers and simultaneously effectively prolongs the lifespan of platinum yellowware and fusion apparatuses. It conforms to the requirements for fluxes stipulated in multiple standards such as ISO 12677 and is extensively utilized in instrumental analyses (XRF, ICP, AAS) as well as wet chemical analyses.

The RUISCI Fluxes ( Lithium tetraborate and Lithium metaborate) is fabricated using meticulously selected high-purity raw materials and preprocessed into glass bead and crystal particle forms through an exclusive blending and synthesis technique. It exhibits uniform particles, is pollution-free, facile to use, and offers excellent application performance (requiring no calcination), thereby providing greater analytical accuracy. It can be employed for the preparation of fused glass wafers and simultaneously effectively prolongs the lifespan of platinum yellowware and fusion apparatuses. It conforms to the requirements for fluxes stipulated in multiple standards such as ISO 12677 and is extensively utilized in instrumental analyses (XRF, ICP, AAS) as well as wet chemical analyses.

The laboratory marble mortar is an apparatus employed for grinding and blending solid samples.

Crystallization dishes are usually glass containers used as reactors, which are widely used in organic synthesis and inorganic preparation experiments.

The watch glass is a common apparatus in the laboratory. It is made of thickened glass and has numerous applications:

Alumina mortar serves as a vessel for pulverizing experimental materials in the laboratory.

A copper mortar is a common grinding apparatus in a laboratory

The plastic mortar is a container used in a laboratory to crush experimental materials.

The quartz mortar is a container for grinding experimental materials in laboratories.