Kimble/Kontes Bottle Ac Clr 16OZ CS48 5711670C 22 Review

The Kimble/Kontes Bottle Ac Clr 16OZ CS48 5711670C 22: Review from Real Use

Let’s be honest, when I first saw the Kimble/Kontes Bottle Ac Clr 16OZ CS48 5711670C 22, my initial reaction wasn’t exactly excitement. It’s a clear, 16-ounce bottle, sold in cases of 48, primarily aimed at laboratory use, and priced at $205.99. This review isn’t about conquering Everest, but about the unsung heroes of the scientific world, tools ensuring research accuracy.

My work in environmental remediation often involves precise sample collection and storage, especially when dealing with potentially radioactive contaminants. The need for reliable, inert containers to prevent sample degradation led me down the path to Kimble/Kontes products. I needed a bottle that wouldn’t leach, react, or otherwise compromise the integrity of my samples, a critical issue when dealing with regulatory compliance.

Unboxing 48 identical clear bottles might not be the most thrilling experience, but the uniformity and solid construction were immediately apparent. The glass felt substantial, suggesting durability, and the clarity was exceptional, allowing for easy visual inspection of contents. They were meticulously packed; no chips or cracks were present, attesting to good manufacturing and shipping practices.

I’ve used similar borosilicate glass bottles from Corning and Wheaton in the past. The Kimble/Kontes Bottle Ac Clr 16OZ CS48 5711670C 22 edged out the competition due to its specifically advertised suitability for radioactive isotopes, giving me added confidence. While Corning and Wheaton produce excellent glassware, the explicit focus on radioactive material storage swayed my decision. Initially, I was cautiously optimistic, hoping these bottles would live up to their claims and justify the investment.

Real-World Testing: Putting Kimble/Kontes Bottle Ac Clr 16OZ CS48 5711670C 22 to the Test

First Use Experience

My first field test involved collecting groundwater samples from a former industrial site known for radionuclide contamination. I needed to ensure the bottles would withstand the rigors of transport and storage without compromising the integrity of the samples. I used them to collect samples and transport them back to the lab for gamma spectroscopy analysis.

The bottles performed admirably even in fluctuating temperatures and on bumpy dirt roads. They were easy to fill in the field and the screw-top lids provided a tight, leak-proof seal, even when jostled during transport. The clear glass allowed me to quickly assess the sample’s visual characteristics immediately after collection.

There was a minor learning curve to ensure the lids were correctly tightened to prevent any potential leakage, but this was quickly overcome. The bottles handled the initial field deployment seamlessly.

Extended Use & Reliability

After several months of consistent use, the Kimble/Kontes Bottle Ac Clr 16OZ CS48 5711670C 22 bottles have proven their worth. There’s no noticeable wear and tear beyond the occasional scuff mark from handling. The glass remains clear, and the lids continue to provide a reliable seal.

Cleaning is straightforward, requiring only standard laboratory detergents and thorough rinsing to remove any trace contaminants. Autoclaving doesn’t seem to affect the structural integrity of the glass. Compared to the cheaper plastic bottles I used previously, the Kimble/Kontes bottles maintain their integrity over time, providing reliable sample storage without any concern for leaching or degradation. They definitively outperform cheaper alternatives in terms of durability and long-term reliability.

Breaking Down the Features of Kimble/Kontes Bottle Ac Clr 16OZ CS48 5711670C 22

Specifications

• Description: BOTTLE AC CLR 16OZ CS48. This indicates it’s a clear bottle with a 16-ounce (approximately 473 ml) capacity, sold in a case of 48.
• Suitability for Radioactive Isotopes: Although not explicitly stated in a single line, the product description highlights its use for storing and diluting radioactive isotopes. This implies the glass is specifically formulated to minimize interaction with radiation and maintain sample integrity.
• Material: Based on Kimble/Kontes‘ reputation, it’s likely made from Type I Borosilicate Glass (like 33 expansion or similar), known for its chemical inertness and resistance to thermal shock. This is a crucial detail for anyone needing to store sensitive or reactive materials.
• Closure: The product details don’t specify closure type, but Kimble/Kontes bottles in this category often feature a threaded screw cap with a PTFE (Teflon) or similar inert liner. A secure and inert closure is essential to prevent leaks and sample contamination.
• Sterilization: Borosilicate glass is typically autoclavable, allowing for sterilization at high temperatures and pressures. This is essential for maintaining sample purity in many laboratory applications.

These specifications matter because they directly impact the reliability and accuracy of any scientific analysis. The borosilicate glass minimizes leaching and chemical interactions, ensuring that the stored samples remain unchanged over time. An effective closure prevents contamination and loss of volatile compounds.

Performance & Functionality

The Kimble/Kontes Bottle Ac Clr 16OZ CS48 5711670C 22 excels at its primary job: providing a reliable container for sample storage, especially when dealing with radioactive isotopes. Its clarity allows for easy visual inspection, and the glass composition ensures sample integrity.

The primary strength is its inert nature, crucial for preventing contamination. A minor weakness, potentially, is the glass construction, which makes it susceptible to breakage if mishandled. Overall, it meets and exceeds expectations for laboratory-grade storage.

Design & Ergonomics

The design is simple and functional: a clear, cylindrical bottle with a threaded neck for a screw-cap closure. The borosilicate glass feels solid and robust, indicating good build quality.

Its user-friendly design requires no special expertise to use. The wide mouth facilitates easy filling and pouring, and the clear glass makes visual inspection straightforward.

Durability & Maintenance

Assuming proper handling, the Kimble/Kontes Bottle Ac Clr 16OZ CS48 5711670C 22 should last for years. The borosilicate glass is resistant to chemical degradation and thermal shock.

Maintenance is simple: wash with standard laboratory detergents and rinse thoroughly. The bottles can be autoclaved for sterilization, further extending their lifespan.

Accessories and Customization Options

The bottle itself doesn’t offer extensive customization options. The primary accessory would be replacement screw-cap closures, available from Kimble/Kontes and other laboratory suppliers.

These bottles are generally compatible with standard laboratory labeling systems and marker pens for sample identification. You can also utilize specialized caps with septa for syringe access, if required.

Pros and Cons of Kimble/Kontes Bottle Ac Clr 16OZ CS48 5711670C 22

Who Should Buy Kimble/Kontes Bottle Ac Clr 16OZ CS48 5711670C 22?

Perfect for: Laboratories working with radioactive isotopes, environmental scientists needing reliable sample storage, and researchers requiring chemically inert containers. This bottle benefits anyone who needs to ensure the integrity of their samples and data.

Who should skip this product? Those on a tight budget who don’t require the specific properties of borosilicate glass and are willing to accept the risks associated with using less inert materials. Also, those who are accident-prone and frequently drop glassware may want to consider more durable alternatives.

Must-have accessories or modifications? A good set of laboratory markers for labeling and a secure storage container to prevent breakage during transport.

Conclusion on Kimble/Kontes Bottle Ac Clr 16OZ CS48 5711670C 22

The Kimble/Kontes Bottle Ac Clr 16OZ CS48 5711670C 22 is a reliable and essential tool for anyone working with sensitive samples, particularly radioactive isotopes. Its chemical inertness and durable construction justify the price for those who prioritize accuracy and data integrity.

While the glass construction requires careful handling, the benefits of using borosilicate glass far outweigh the risks. I would personally recommend this product to any laboratory or researcher seeking a dependable storage solution. Invest in reliable tools, and your research will thank you.