500 mL Culture Medium Bottle PET Endotoxin-Free Individual Packed Sterile

Description

In cell culture, microbiology, and routine laboratory liquid preparation, larger-volume media and buffer storage often requires a sterile container that can protect solutions from contamination, leakage, breakage, and gas exchange during handling, refrigeration, and transport. Glass bottles provide clarity but are fragile, while ordinary plastic bottles may not offer the sterility, biological cleanliness, or gas-barrier performance required for sensitive laboratory workflows.

500 mL Sterile Laboratory Culture Medium Bottle is a clear square PET media bottle designed for storing, transporting, and aliquoting liquid media, buffers, sera, and biological solutions. Made from USP Class VI polyethylene terephthalate (PET), the bottle provides high transparency, lightweight handling, and shatter-resistant performance for daily laboratory use.

The 500 mL capacity is suitable for medium-volume storage of prepared culture media, sterile buffers, serum-containing media, and aqueous laboratory reagents. The square bottle body helps save refrigerator, cold-room, incubator, and shelf space, while molded graduations provide convenient volume reference during filling and dispensing.

Low CO₂ and O₂ permeability helps provide gas-barrier protection for culture media and pH-sensitive laboratory solutions. Each bottle is gamma sterilized and supplied sterile for ready-to-use workflows. The product is DNase-free, RNase-free, non-pyrogenic, and endotoxin-free, making it suitable for contamination-sensitive applications in cell culture, molecular biology, microbiology, and general reagent preparation. The HDPE screw cap supports secure closure for routine liquid storage and transport.

Specifications

Features

• USP Class VI PET construction provides a clear, lightweight, and shatter-resistant alternative to glass media bottles.

• 500 mL sterile media bottle format is suitable for medium-volume culture media, buffer, serum, and reagent storage.

• Square media bottle design improves handling and helps conserve storage space in refrigerators, cold rooms, incubators, and laboratory shelves.

• Low CO₂ and O₂ permeability helps provide gas-barrier protection for pH-sensitive culture media and biological solutions.

• HDPE screw cap supports secure closure for routine laboratory storage and transport.

• Molded graduations provide convenient volume reference during filling, dispensing, and aliquoting.

• Gamma sterilized for ready-to-use cell culture, microbiology, and laboratory reagent workflows.

• DNase-free, RNase-free, non-pyrogenic, and endotoxin-free for contamination-sensitive biological applications.

• High transparency supports easy visual inspection of media, buffers, sera, and aqueous solutions.

Applications

The 500 mL sterile PET media bottle is designed for laboratories that require clean, ready-to-use containers for medium-volume liquid storage, preparation, and transport. Its clear square PET body, gas-barrier properties, and sterile format make it suitable for routine and contamination-sensitive workflows.

• Storage of cell culture media, including basal media, complete media, and supplemented media.

• Aliquoting and storage of sterile buffers such as PBS, wash buffers, and balanced salt solutions.

• Storage and transport of sera, serum-containing media, and biological reagents.

• Preparation and dispensing of aqueous laboratory solutions in molecular biology workflows.

• Microbiology media preparation where sterile, clear, and break-resistant bottles are preferred.

• Laboratory reagent storage for solutions requiring clean plastic containers with secure screw caps.

• Cold-room, refrigerator, and shelf storage where square media bottles help save space.

• Replacement for glass media bottles in workflows requiring lightweight, shatter-resistant handling.

• Storage of pH-sensitive liquids that benefit from low CO₂ and O₂ permeability.

• Transport of sterile liquid media, buffers, and biological solutions between laboratory work areas.

FAQ