Consumables

Square media bottles are designed to provide a safe, lightweight, and break-resistant solution for laboratory liquid storage and handling. Featuring high transparency and a space-efficient square shape, these bottles allow easy content identification while maximizing storage efficiency in refrigerators, freezers, and laboratory cabinets.

They are ideal for storing and transporting sera, buffers, culture media, and other laboratory reagents, as well as for sampling active pharmaceutical ingredients (APIs) and bulk intermediates in research, pharmaceutical, and industrial applications. To meet different user requirements, the bottles are available in both PET and PETG materials.

Key Features

Excellent leakproof performance

Tested to withstand internal pressure of 0.06 MPa for 10 minutes, ensuring secure storage and transportation without leakage.

Reliable sterilization

Sterilized by E-beam irradiation with a sterility assurance level (SAL) of 10⁻⁶, supplied sterile and ready for immediate use.

Clear molded graduations

Precisely molded, easy-to-read volume graduations support accurate measurement and convenient monitoring of liquid volumes.

High-quality, biocompatible materials

Manufactured from USP Class VI compliant raw materials, nonpyrogenic, noncytotoxic, and nonhemolytic, suitable for sensitive biological and pharmaceutical applications.

Durable screw cap design

Equipped with an HDPE screw cap that provides a secure seal and reliable chemical compatibility.

Clean and protective packaging

PETG bottles are packed in shrink-wrapped trays and enclosed within an outer protective bag to maintain cleanliness during storage and handling.

Material options for different needs

PET bottles offer lightweight durability, while PETG bottles provide enhanced clarity and impact resistance, allowing users to select the most suitable option for their applications.

These square media bottles deliver dependable performance, efficient storage, and high safety standards for a wide range of laboratory workflows.

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