Supertek 250 ml Amber Dropping Bottle Kit With Rubber Teat, Dropping Pipette Ground Into Bottle Neck, 12.120.0250

The Supertek 250 ml Amber Dropping Bottle Kit with Rubber Teat is an essential tool designed for precise liquid dispensing in laboratory settings. This kit, designated by the code 12.120.0250, includes an amber glass bottle with a capacity of 250 ml, a rubber teat, and a dropping pipette ground into the bottle neck.

The amber glass bottle provides protection against light-sensitive substances by effectively filtering out harmful ultraviolet (UV) radiation. This feature is particularly crucial for storing and dispensing light-sensitive reagents, chemicals, or solutions that may degrade or undergo photochemical reactions upon exposure to light.

Integrated into the bottle neck, the dropping pipette offers a controlled and precise method for dispensing liquids drop by drop. This feature is invaluable for tasks requiring accurate volume control, such as titrations, where even slight variations in volume can significantly impact results. The ground-in design of the pipette ensures a secure fit and prevents leakage or accidental removal during use.

The rubber teat serves as a closure mechanism for the bottle, ensuring a tight seal to prevent evaporation or contamination of the contents when not in use. Additionally, it facilitates the dispensing process by enabling the user to control the flow of liquid through gentle squeezing.

The dropping bottle kit provides convenience and versatility in laboratory operations, enabling efficient and accurate dispensing of liquids without the need for additional equipment. Its compact size and user-friendly design make it suitable for various applications, from educational laboratories to research facilities.

In summary, the Supertek 250 ml Amber Dropping Bottle Kit with Rubber Teat offers a reliable and convenient solution for precise liquid dispensing in laboratory settings. Its amber glass construction, integrated dropping pipette, and rubber teat closure ensure accuracy, efficiency, and ease of use, contributing to improved experimental outcomes and workflow efficiency in laboratory environments.