Normax Reagent Bottle Narrow Neck Amber 1000 mL (41 168 54)

Normax Reagent Bottle Narrow Neck Amber 1000 mL with TS Stopper 29/32 (41 168 54)

The Normax Reagent Bottle Narrow Neck Amber (Cat. No. 41 168 54) is a large-capacity reagent bottle made from amber soda lime glass, specifically designed for light-sensitive chemical and reagent storage. With a 1,000 mL (1 L) capacity and a TS 29/32 ground glass stopper, this bottle provides a tight, reusable seal that prevents contamination, evaporation, and degradation caused by light exposure. The amber glass protects the contents from ultraviolet and visible light, ensuring long-term chemical stability in laboratory environments.

Key Features

• Amber Soda Lime Glass: Filters UV and visible light to protect light-sensitive chemicals and reagents.

• Capacity: 1000 mL — ideal for large-volume reagent or solution storage.

• Stopper: Includes a TS 29/32 ground glass stopper that provides a reliable, airtight closure.

• Narrow Neck: Reduces evaporation and spillage during liquid transfer.

• Durability: Thick glass construction ensures long-lasting performance in daily laboratory use.

• Chemical Resistance: Resistant to standard laboratory acids, alkalis, and solvents (excluding hydrofluoric acid).

• Visibility and Protection: Amber finish offers both light protection and content visibility.

Specifications

Applications

• Designed for storage of light-sensitive reagents and chemicals such as iodine, silver nitrate, and vitamins.

• Widely used in chemical, biological, pharmaceutical, and industrial laboratories.

• Suitable for sample preservation, solution preparation, and long-term reagent storage.

• Essential for analytical chemistry and research laboratories where reagent integrity is critical.

Maintenance and Handling

• Wash thoroughly using mild detergent and rinse with distilled water.

• Dry completely before use to avoid chemical contamination.

• Handle the ground glass stopper carefully to prevent chipping or uneven sealing.

• Store upright in a cool, dark, and dry location to maintain chemical stability.