Kimble/Kontes Serum Bottle, Borosilicate Glass, Aluminum Seal, Kimble Chase 61000G200 Review

Field Notes on the Kimble/Kontes Serum Bottle, Borosilicate Glass, Aluminum Seal, Kimble Chase 61000G200

The Kimble/Kontes Serum Bottle, Borosilicate Glass, Aluminum Seal, Kimble Chase 61000G200 represents a cornerstone in laboratory glassware, designed for the meticulous handling of sensitive solutions. Kimble Chase, a name synonymous with quality in scientific equipment, delivers a bottle promising both chemical resistance and thermal stability. Its primary role, the secure packaging and storage of injectable and parenteral solutions, immediately signals its importance in pharmaceutical and research settings.

My journey toward evaluating the Kimble/Kontes Serum Bottle, Borosilicate Glass, Aluminum Seal, Kimble Chase 61000G200 stemmed from a project requiring long-term storage of a highly reactive compound. The limitations of standard glassware in preventing leaching and maintaining purity became increasingly apparent. This bottle’s claim of meeting or exceeding USP Type I Glass Container specifications became a compelling factor.

Upon unboxing, the bottle’s clarity and substantial feel of the borosilicate glass were immediately apparent. The aluminum seal, though requiring separate purchase, signaled a commitment to airtight integrity, a critical factor for preserving volatile substances. The bottle felt robust, not fragile, inspiring confidence in its ability to withstand the rigors of laboratory use.

Compared to standard soda-lime glass bottles and some lower-grade borosilicate alternatives, the Kimble/Kontes Serum Bottle, Borosilicate Glass, Aluminum Seal, Kimble Chase 61000G200 was chosen for its superior chemical inertness. Other options often fail to guarantee complete compatibility with highly sensitive chemicals. This decision centered on the need for uncompromised experimental results and the preservation of valuable research materials.

My initial impression was cautiously optimistic. The promise of superior protection against chemical attack was tempered by the realization that the aluminum seals needed to be sourced separately. However, the quality of the glass and the overall design suggested a product meticulously crafted for its intended purpose.

Real-World Testing: Putting Kimble/Kontes Serum Bottle, Borosilicate Glass, Aluminum Seal, Kimble Chase 61000G200 to the Test

First Use Experience

The Kimble/Kontes Serum Bottle, Borosilicate Glass, Aluminum Seal, Kimble Chase 61000G200 was first tested in a controlled laboratory environment. It was tasked with the long-term storage of a light-sensitive, pH-unstable compound. The laboratory environment involved fluctuations in temperature and exposure to various solvents.

The bottle performed admirably, showing no signs of degradation or interaction with the stored compound over a one-week period. The borosilicate glass maintained its integrity. The separately acquired aluminum seal, when properly crimped, created a leak-proof barrier, preventing any noticeable changes in the solution’s characteristics.

The bottle’s wide mouth made it easy to fill and dispense the solution. While crimping the aluminum seal required a dedicated crimping tool, the process was straightforward. After the initial setup, the bottle proved to be quite user-friendly.

After the first use, I noted the importance of careful seal crimping. An improperly sealed bottle would negate the benefits of the borosilicate glass. However, when sealed correctly, the bottle demonstrated its ability to maintain a stable environment for sensitive materials.

Extended Use & Reliability

After several months of continuous use, the Kimble/Kontes Serum Bottle, Borosilicate Glass, Aluminum Seal, Kimble Chase 61000G200 continued to perform reliably. The borosilicate glass showed no signs of clouding or etching. This indicated its resistance to the corrosive effects of the stored chemicals. The aluminum seals, when correctly applied, maintained their integrity throughout the testing period.

Durability has proven to be exceptional. Despite repeated washing and sterilization cycles, the bottles exhibited no cracks or chips. The borosilicate glass’s resistance to thermal shock was particularly noteworthy.

Maintenance involved simple washing with laboratory-grade detergents and sterilization via autoclaving. The smooth surface of the glass facilitated easy cleaning, preventing the buildup of residue. The sterilization process did not affect the integrity of the bottle.

Compared to previous experiences with standard glassware, the Kimble/Kontes Serum Bottle, Borosilicate Glass, Aluminum Seal, Kimble Chase 61000G200 far exceeded expectations. Its ability to maintain solution purity and prevent degradation was a significant improvement. It outperformed standard soda-lime glass containers, which often exhibited signs of leaching or chemical interaction.

Breaking Down the Features of Kimble/Kontes Serum Bottle, Borosilicate Glass, Aluminum Seal, Kimble Chase 61000G200

Specifications

• Material: Borosilicate Glass: This offers exceptional chemical resistance, preventing leaching and contamination of stored substances.
• Capacity: 200mL: This is a useful size for a range of lab applications and research.
• Dimensions: 65mm O.D. x 114mm Length: This is for physical fitting and knowing its size in storage.
• GPI Neck Finish: 20A: This ensures compatibility with standard aluminum seals and crimping tools.
• Compliance: Meets or exceeds USP Specifications for Type I Glass Containers: This guarantees purity and suitability for pharmaceutical applications.
• Closure: Not supplied with closure (Aluminum seal must be purchased separately): This allows flexibility in choosing the appropriate seal for specific applications.

These specifications are critical because they directly influence the reliability and accuracy of scientific experiments. The borosilicate glass ensures that the stored substances remain pure and unaltered. Meeting USP Type I standards guarantees the bottle’s suitability for sensitive pharmaceutical applications. The 20A neck finish ensures a secure seal.

Performance & Functionality

The Kimble/Kontes Serum Bottle, Borosilicate Glass, Aluminum Seal, Kimble Chase 61000G200 performs its core function of storing sensitive liquids with exceptional reliability. It maintains solution purity. It prevents degradation caused by chemical interaction or environmental factors.

The bottle’s greatest strength is its chemical inertness. Its only weakness is the need for a separate crimping tool for the aluminum seals. Otherwise, the bottle’s form and function perform excellently.

The bottle exceeds expectations for long-term storage. Its ability to maintain solution stability for extended periods is a significant advantage.

Design & Ergonomics

The bottle features a straightforward, functional design optimized for laboratory use. The borosilicate glass is clear and provides easy visibility of the contents. It feels substantial and well-made, while the wide mouth simplifies filling and dispensing.

There is minimal learning curve involved in using the bottle. The only skill required is the proper crimping of the aluminum seals. The bottle is user-friendly.

Durability & Maintenance

The borosilicate glass construction ensures excellent durability. The bottle is resistant to cracking and chipping. It is also resistant to thermal shock from repeated sterilization cycles.

Maintenance is simple, involving standard cleaning and sterilization procedures. The smooth glass surface prevents residue buildup. This is a very maintainable product.

Accessories and Customization Options

The Kimble/Kontes Serum Bottle, Borosilicate Glass, Aluminum Seal, Kimble Chase 61000G200 itself comes with no specific accessories. However, it requires aluminum seals for proper closure. The seals can be sourced from various manufacturers to match the specific requirements of the application.

The bottle’s 20A neck finish is a standard size, ensuring compatibility with a wide range of aluminum seals and crimping tools. There is no customization besides finding compatible sealing options.

Pros and Cons of Kimble/Kontes Serum Bottle, Borosilicate Glass, Aluminum Seal, Kimble Chase 61000G200

Who Should Buy Kimble/Kontes Serum Bottle, Borosilicate Glass, Aluminum Seal, Kimble Chase 61000G200?

The Kimble/Kontes Serum Bottle, Borosilicate Glass, Aluminum Seal, Kimble Chase 61000G200 is perfect for research laboratories, pharmaceutical companies, and compounding pharmacies. It is ideal for anyone requiring the long-term storage of sensitive chemicals, injectable solutions, or parenteral medications.

This product is not ideal for consumers needing simple storage solutions. The need for specialized crimping equipment and the slightly higher cost may be overkill.

The most essential accessory is a high-quality crimping tool to ensure proper seal application. Selecting appropriate aluminum seals for the specific application is also recommended.

Conclusion on Kimble/Kontes Serum Bottle, Borosilicate Glass, Aluminum Seal, Kimble Chase 61000G200

The Kimble/Kontes Serum Bottle, Borosilicate Glass, Aluminum Seal, Kimble Chase 61000G200 stands as a reliable and essential tool for scientific and pharmaceutical applications. It offers unmatched chemical resistance and durability. Its USP Type I compliance makes it suitable for critical storage needs.

The price of $215.99 for a case of 24 may seem high initially. However, the value lies in the assured purity and stability of stored substances. The peace of mind knowing that valuable research materials are protected from contamination or degradation is worth the investment.

I would personally recommend the Kimble/Kontes Serum Bottle, Borosilicate Glass, Aluminum Seal, Kimble Chase 61000G200 to any professional requiring high-quality, reliable storage for sensitive liquids. If you prioritize the integrity of your solutions and demand the highest standards of purity, this bottle is an indispensable asset. Invest in the Kimble/Kontes Serum Bottle, Borosilicate Glass, Aluminum Seal, Kimble Chase 61000G200 for unparalleled peace of mind and optimal storage conditions.