Tarson Leakproof, Graduated and Autoclavable Rectangular Carboy with Stopcock, PP

The Tarson Leakproof, Graduated, and Autoclavable Rectangular Carboy with Stopcock, constructed from polypropylene (PP), stands as a versatile and reliable solution for liquid handling in laboratory environments. Its rectangular shape maximizes storage space efficiency and stability, making it suitable for various scientific and industrial applications.

The carboy's PP construction ensures exceptional chemical resistance, rendering it compatible with a wide range of laboratory reagents, acids, bases, and solvents. This chemical resilience ensures the integrity of stored materials and the safety of laboratory personnel.

Equipped with a stopcock, the carboy allows for precise control over the dispensing of fluids, facilitating accurate measurements and reducing the likelihood of waste. This feature enhances experimental reproducibility and efficiency, enabling researchers to maintain consistency in their procedures and conserve valuable resources.

The inclusion of graduated markings on the carboy enhances convenience and accuracy in volume measurement and solution preparation. This allows for precise monitoring of liquid levels and facilitates efficient usage, eliminating the need for additional measuring devices.

Furthermore, the carboy is designed to be autoclavable, allowing for sterilization at high temperatures. This capability ensures thorough decontamination between uses, making the carboy suitable for applications requiring sterile conditions, such as cell culture, microbiology, and pharmaceutical compounding.

The leakproof design of the carboy prevents spills, leaks, and contamination, maintaining the purity and quality of stored liquids. This feature is crucial for maintaining experimental integrity and ensuring the safety of laboratory personnel.

Overall, the Tarson Leakproof, Graduated, and Autoclavable Rectangular Carboy with Stopcock offers a dependable and efficient solution for liquid handling in laboratory environments. Its combination of chemical resistance, graduated markings, autoclavable capability, and precise stopcock control makes it an indispensable tool for various scientific and industrial applications requiring precision, reliability, and versatility.