Reagent Bottle Narrow Mouth

Description

The Narrow Mouth Reagent Bottle is a durable laboratory storage container designed for the safe preservation, handling, and dispensing of chemical reagents and solutions. Manufactured from premium Borosilicate 3.3 glass, it provides excellent resistance to chemicals, heat, and thermal shock, ensuring reliable performance in demanding laboratory environments.

Its narrow neck design helps minimize evaporation, contamination, and spillage, making it ideal for storing volatile and sensitive chemical substances. The bottle offers a secure sealing option with a well-fitting stopper or cap, ensuring long-term stability and protection of stored reagents. The transparent glass body allows easy visibility of contents and facilitates quick identification of chemicals.

Reagent Bottles (Narrow Mouth) are widely used in chemical laboratories, pharmaceutical industries, research institutions, educational laboratories, and quality control facilities. They are suitable for storing acids, alkalis, solvents, and other laboratory chemicals used in analytical and experimental work.

The strong borosilicate construction ensures durability and repeated usability, even under rigorous laboratory conditions. Its smooth surface allows easy cleaning and sterilization, maintaining high standards of laboratory hygiene and safety.

Features:

• Made from high-quality Borosilicate 3.3 glass
• Narrow mouth design reduces evaporation and contamination
• Excellent chemical and thermal resistance
• Suitable for secure storage of reagents and solutions
• Transparent body for easy content visibility
• Durable, reusable, and easy to clean

Applications:

• Storage of chemical reagents and solutions
• Pharmaceutical and research laboratories
• Chemical analysis and testing facilities
• Educational laboratory use
• Industrial quality control
• General laboratory storage purposes

The Narrow Mouth Reagent Bottle is an essential laboratory container that ensures safe, reliable, and long-term storage of chemical substances while maintaining purity and stability.