Bestselling Mse Pro Glass Door Two-mouth Reaction Bottle, Capacity: 250ml, Main Mouth: 14/20, Side Mouth: 14/20 Bundle [Jjb6BEdt]

MSE PRO Glass Door Reaction Bottle

The MSE PRO Glass Door Two-Mouth Reaction Bottle is a versatile and reliable laboratory tool designed for precision and ease of use. This 250mL capacity bottle boasts a dual mouth design, featuring both a main and a side mouth, both measuring 14/20, providing flexibility for various experimental needs. The glass door not only adds an aesthetic touch but also ensures visibility, allowing you to monitor reactions without the need to open the bottle.

Key Specifications and Benefits

Crafted with precision, this reaction bottle is engineered to withstand the rigors of laboratory work. Its 250mL capacity makes it suitable for a wide range of applications, from small-scale reactions to sample storage. The main and side mouths, both with a 14/20 thread size, facilitate easy access for adding reagents or extracting samples. The glass door is shatterproof, ensuring the bottle remains secure during transport and storage. Below are some of the key features and benefits of this bottle:

High-quality glass construction for durability and chemical resistance

Double-mouth design for versatile usage in laboratory settings

250mL capacity for accommodating various reaction volumes

Shatterproof glass door for safe observation and protection

Practical Applications and Target Audience

The MSE PRO Glass Door Two-Mouth Reaction Bottle is an essential tool for researchers, chemists, and students in academic and industrial laboratories. Its dual-mouth design and durable construction make it ideal for a variety of applications, including mixing, heating, and storing chemicals. This bottle is particularly useful for those who require a high level of precision and visibility in their experiments. Below are some practical scenarios where this product excels:

Conducting small-scale chemical reactions

Storing and transporting samples in a secure and visible manner

Performing titrations or other quantitative analysis