Description
Liquid potassium silicate Ratio of K 2.4
Application in industry: Its liquid state is used in electrode industry
| Product ID | |
| Product Name : | Liquid potassium silicate K 2.4 |
| Formula: | K2SIO3 |
| Color: | Transparent to very pale |
| Density: | – |
| Phase (solid، Liquid، Gas) : | Liquid |
| Chemical and physical Features: | Liquid with alkaline properties |
| Control specifications : | 2.42- 2.38 |
| Transportation Approach: | Tank truck or barrel |
Liquid potassium silicate Ratio of K 1.6
Application in industry: Liquid potassium silicate K 1.6 is widely used in electrode industry, Agriculture industries For preparing fertilizer .
| Product ID | |
| Product Name : | Liquid potassium silicate K 1.6 |
| Formula: | K2SIO3 |
| Color: | Transparent to very pale |
| Density: | – |
| Phase (solid، Liquid، Gas) : | Liquid |
| Chemical and physical Features: | Liquid with alkaline properties |
| Control specifications : | 1.7-1.6 |
| Transportation Approach: | Tank truck or barrel |
Liquid potassium silicate Ratio of K 1.9
Application in industry: Liquid potassium silicate K 1.9 is used in electrode industry, Agriculture industries For preparing fertilizer .
| Product ID | |
| Product Name : | Liquid potassium silicate K 1.9 |
| Formula: | K2SIO3 |
| Color: | Transparent to very pale |
| Density: | 42.3 – 41.5 |
| Phase (solid، Liquid، Gas) : | Liquid |
| Chemical and physical Features: | Liquid with alkaline properties |
| Control specifications : | 1.95-1.90 |
| Transportation Approach: | Tank truck or barrel |
Liquid potassium silicate Ratio of K 2.10
Application in industry: electrode industry، For preparing fertilizer
| Product ID | |
| Product Name : | Liquid potassium silicate K 2.10 |
| Formula: | K2SIO3 |
| Color: | Transparent to very pale |
| Density: | 41.8-39.5 |
| Phase (solid، Liquid، Gas) : | Liquid |
| Chemical and physical Features: | Liquid with alkaline properties |
| Control specifications : | 2.13-2.07 |
| Transportation Approach: | Tank truck or barrel |
Match the ratio, solids content and viscosity to the intended process. Compare grades under the same test conditions and confirm suitability with a controlled application trial. Compatibility depends on concentration, water quality and the other ingredients. Check the safety and technical data, then perform a small compatibility test before preparing a full batch. Use the storage conditions and shelf life specified for the supplied grade. Keep containers closed, prevent contamination and inspect the material before use.Product questions and answers
How should liquid potassium silicate be selected?
Can potassium silicate mixes form sediment?
What affects potassium silicate storage?
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