Boiling Stones

1. Porous Structure: Zeolites possess highly developed pore architectures, with pore diameters typically ranging between 0.4 and 1.0 nanometers. Such a pore structure endows Zeolites with a considerable specific surface area, facilitating the adsorption of a large quantity of gas and liquid molecules.
2. Ion Exchange Capacity: Zeolites contain exchangeable cations that can be substituted by other cations via ion exchange reactions.
3. Selective Adsorption: Owing to the specificity of pore size, Zeolites are capable of selectively adsorbing certain molecules.
4. Thermal Stability: Zeolites exhibit excellent thermal stability, and their structure undergoes no significant alterations within a certain temperature range.
5. Catalytic Activity: Certain Zeolites possess catalytic activity and can facilitate specific chemical reactions.
6. Chemical Stability: Zeolites demonstrate favorable stability in diverse chemical environments such as acidic and alkaline conditions, and are not prone to corrosion or decomposition.
7. Regenerability: Through appropriate treatments, such as heating or chemical regeneration, the adsorption and ion exchange capabilities of Zeolites can be restored, enabling their reuse.

1. Operating Environment: The operation of Zeolite should be carried out in a well-ventilated area to prevent the formation of dust. Operators should undergo specialized training and strictly adhere to the operational procedures.
2. Storage Conditions: Zeolite should be stored in a dry and well-ventilated location, with the container kept tightly sealed. The storage temperature should not be excessively high, typically not exceeding 37°C. It should be stored separately from oxidants, edible chemicals, etc., to avoid mixed storage.
3. Moisture Prevention and Resistance: Zeolite is hygroscopic. Before usage, it is essential to ensure its dryness to maintain its adsorption performance. Utilization and Replacement
4. Cleaning: Prior to use, cleaning is necessary to remove dust; however, direct rinsing with fresh tap water is not advisable as Zeolite may adsorb substances such as chlorine from the water, thereby influencing its application effect.
5. Dosage and Replacement: The dosage of Zeolite should be determined based on specific application requirements. Both excessive and insufficient dosages may impact its efficacy. Zeolite should be replaced periodically to sustain its adsorption performance. Generally, it is recommended to replace it at least once a month.
6. Adsorption Capacity: The adsorption capacity of Zeolite is finite. When the adsorbed substances reach a certain quantity, Zeolite will reach a saturation state and can no longer adsorb. Therefore, during usage, attention should be paid to its adsorption capacity and saturation degree, and replacement should be carried out promptly.
7. Avoid Skin and Eye Contact: Contact of Zeolite dust with the skin should be avoided. In case of accidental contact, the skin should be immediately and thoroughly washed with soap water and clean water. If dust enters the eyes, they should be immediately rinsed with copious amounts of clean water or physiological saline for at least 15 minutes. Medical attention should be sought if necessary.