
( Brand: Cardinal Health ), ( Manufacturer Part Number: SP1290-6 ), ( Part Type: Tube ), ( Country/region Of Manufacture: United States ), ( Featured Refinements: Glass Tube )
The SP1290-6 500 Cardinal Glass Disposable Culture Tubes are a high-quality, essential lab supply for microbiological and other scientific applications. These culture tubes are manufactured using superior-grade borosilicate glass, which is known for its outstanding resistance to thermal shock, chemical attacks, and mechanical stress. This ensures the durability and integrity of the samples throughout various handling and storage conditions.
The SP1290-6 culture tubes are designed with a capacity of 16 x 100mm, making them ideal for accommodating a wide range of sample volumes. The 16mm diameter base allows for easy handling and stacking, while the 100mm height provides ample space for growth and observation of microorganisms or other biological samples.
Each box contains 500 disposable culture tubes, providing a substantial quantity for lab activities, reducing the need for frequent replenishment. The tubes are sterile when delivered, ensuring that any samples introduced are not contaminated before analysis.
These culture tubes are also compatible with various autoclaving and sterilization procedures, providing flexibility in preparation and sterilization methods. The transparent design of the tubes allows for easy visual observation of sample growth, providing real-time results and simplifying data analysis.
In summary, the SP1290-6 500 Cardinal Glass Disposable Culture Tubes are a reliable and versatile lab supply option, offering excellent resistance to thermal shock, chemical attacks, and mechanical stress, as well as compatibility with various sterilization procedures. Their capacity, sterile condition, and transparency make them an essential tool for microbiological and other scientific applications.
Pros of buying SP1290-6 500 Cardinal Glass Disposable Culture Tubes 16mm x 100mm:1. Durability: The tubes are made of high-quality Cardinal Glass, which is known for its strength and resistance to breakage, ensuring the safety of your samples.
2. Sterility: The disposable nature of these culture tubes eliminates the risk of cross-contamination between samples, as each tube is used once and then discarded.
3. Convenience: The standard size of 16mm x 100mm makes the tubes compatible with most laboratory equipment, reducing the need for adapters.
4. Cost-Effective: Despite their high-quality construction, the tubes are relatively inexpensive, making them a cost-effective option for laboratories with high sample volume.
Cons of buying SP1290-6 500 Cardinal Glass Disposable Culture Tubes 16mm x 100mm:1. Limited Capacity: The 16mm diameter of the tubes may limit the volume of samples you can store, which may be a concern for some applications.
2. Disposability: While the disposability of the tubes reduces the risk of contamination, it also increases waste production and costs associated with disposal.
3. Fragility: Although Cardinal Glass is strong, the tubes can still break if dropped or mishandled, which could result in loss of samples and additional cost.
Ending Conclusion:The SP1290-6 500 Cardinal Glass Disposable Culture Tubes 16mm x 100mm offer a balance of cost-effectiveness, durability, and sterility, making them an excellent choice for many laboratory applications. However, the limited capacity and disposability of the tubes may be a concern for some users. If you require larger sample volumes or prefer reusable culture tubes, you may want to consider alternative options.
Recommendation:For most laboratory applications, the SP1290-6 500 Cardinal Glass Disposable Culture Tubes 16mm x 100mm are a reliable and cost-effective choice. However, if you require larger sample volumes or prefer reusable culture tubes, you may want to explore alternatives available in the market.
Two packs of 250 count disposable glass culture tubes for a total 500. 16 x 100mmpicture is of actual items for sale. These are still sealed in their original, manufacturers plastic.