Explosion-proof reagent bottles are made from first-grade granular hydrochloric acid glass, featuring consistent glass composition, uniform wall thickness markings, precise dimensions, and strictly controlled tolerances. Their water resistance complies with ISO719 (Grade 1), acid resistance complies with DIN 12 116 (Grade 1), and alkali resistance complies with ISO695 (Grade 2).

Explosion-proof reagent bottles are the preferred choice for storing reagents in laboratories, particularly in molecular biology experiments. They can withstand moist heat sterilization at 121°C, come with caps and sealing rings, and effectively prevent solvent evaporation and leakage.

Explosion-proof reagent bottles are the preferred choice for storing reagents in laboratories, particularly in molecular biology experiments. They can withstand moist heat sterilization at 121°C, come with caps and sealing rings, and effectively prevent solvent evaporation and leakage.

Before Use:

1. Understand Reagent Properties:Before use, thoroughly understand the physical and chemical properties of all reagents, including their ignition points, flash points, toxicity, and potential chemical reactions, to implement appropriate safety measures. 

2. Choose the Appropriate Explosion-Proof Grade: Select explosion-proof reagent bottles that meet the required specifications based on the hazardous nature of the reagents, ensuring their explosion-proof performance aligns with experimental needs. 

3. Inspect Appearance and Sealing: Carefully inspect the reagent bottles for any damage, cracks, or poor sealing before use to ensure they will not leak during transportation and use.  

During Use:

1. Handle with Care: When moving explosion-proof reagent bottles, use specialized tools and avoid carrying them by hand to prevent accidental dropping or collision.  

2. Keep Away from Ignition and Heat Sources: During storage and use, ensure reagent bottles are kept away from open flames, high temperatures, and other heat sources to prevent explosions caused by temperature increases.  

3. Clear Labeling: Clearly and accurately label each reagent bottle with information such as the reagent name, concentration, and hazard details for easy identification and management.  

4. Regular Inspection: Periodically check the integrity and sealing of explosion-proof reagent bottles, and promptly replace any bottles that show signs of aging or damage.