
( Brand: Hamilton ), ( Manufacturer Part Number: 235905 ), ( Part Type: Tray Conductive Filter Tip ), ( Unit Type: Unit ), ( Country/region Of Manufacture: Switzerland ), ( Unit Quantity: Case Of 5760 Tips ), ( Intended Use/discipline: Biological Laboratory, Medical Laboratory, Microbiological Laboratory )
The Hamilton 235905 Co-Flow 480-1000 CF Filter is a high-performance, conductive filter designed for use in laboratory applications where accurate and consistent results are critical. This filter is part of the Hamilton's Co-Flow series, known for their reliable and efficient filtration technology.
Each filter cartridge measures 10 inches in length and 4.8 inches in diameter, making them suitable for use with larger sample volumes. The filters are rated for a flow rate of up to 1000 cubic feet per minute (CFM), allowing for rapid filtration of large samples.
The filters are made of co-flow media, which is a type of conductive filter media. This media is composed of a porous material with conductive properties, allowing for the efficient filtration of conductive or suspended particles down to sub-micron sizes. The conductive properties of the media also help to minimize the risk of electrostatic charging, ensuring that the filtrate remains free from unwanted contaminants.
The filters are supplied in packages of 480 pieces, making them an economical choice for laboratories that require a large number of filters. Each filter is individually wrapped to ensure that it remains clean and free from contamination until it is ready for use.
The filters are easy to install and use, with a simple twist-on design that allows for quick and secure attachment to standard 25mm filter holders. The filters are also compatible with a range of vacuum systems, making them versatile and adaptable to different laboratory setups.
In summary, the Hamilton 235905 Co-Flow 480-1000 CF Filter is a high-performance, conductive filter designed for use in laboratories where accurate and consistent results are critical. With a large filter size, high flow rate, and efficient conductive media, these filters offer reliable and rapid filtration of large samples, making them an essential tool for any laboratory.
The Hamilton 23590-05 480-1000 Co-re Conductive Filters are an essential component in various laboratory applications, particularly in HPLC (High-Performance Liquid Chromatography) systems. These filters are responsible for removing impurities and particles from the mobile phase, ensuring the separation of analytes in the chromatographic process. In this response, I will discuss the pros and cons of purchasing these filters to help you make an informed decision.
Pros:1. Superior filtration efficiency: Co-re conductive filters provide excellent filtration efficiency, removing particles as small as 0.2 microns. This ensures that the mobile phase is free from contaminants that could affect the separation of analytes during HPLC.
2. Long filter life: The Hamilton 23590-05 filters have a long service life, which results in reduced downtime and lower maintenance costs. The filters can be used for up to 1000 injections, making them a cost-effective solution for laboratories with high throughput.
3. Easy to install and replace: These filters are easy to install and replace, which saves time and effort in the laboratory setting. They can be quickly changed without the need for extensive setup procedures.
4. Compatibility with various mobile phases: The co-re conductive filters are compatible with a wide range of mobile phases, including water, organic solvents, and buffered solutions. This makes them a versatile choice for different applications.
Cons:1. Cost: Although the filters offer excellent value due to their long service life, the upfront cost can be relatively high compared to other filter options.
2. Limited compatibility with certain stationary phases: Some stationary phases may not be compatible with co-re conductive filters, which could limit their application in certain HPLC methods.
3. Fragile nature: The filters are relatively fragile and must be handled with care to avoid damage. This can make them more susceptible to breakage during installation or replacement.
Conclusion:In conclusion, the Hamilton 23590-05 480-1000 Co-re Conductive Filters offer several advantages, including superior filtration efficiency, long filter life, ease of installation, and compatibility with various mobile phases. However, there are some disadvantages, such as the initial cost, limited compatibility with certain stationary phases, and the fragile nature of the filters.
Based on the information provided, it is recommended that laboratories considering these filters weigh the pros and cons carefully, taking into account their specific application requirements, budget, and throughput. If the benefits of the filters outweigh the drawbacks for your laboratory, then purchasing the Hamilton 23590-05 480-1000 Co-re Conductive Filters could be an excellent investment.
CO-RE II Technology with lock-and-key seal Compressed O-Ring Expansion. Compatible with Hamilton Magpie channel, 1000 L and CO-RE 96 Probe Head. 1000 L CO-RE II Conductive Tips Filter Partial case 1920 tips per item taken from part # 235905 3,840. Filter type, non-sterile.
Made from ultra-pure conductive polypropylene for liquid level detection LLD and total aspiration/dispense monitoring TADM. Certified lot traceable and biologically pure. Supplied in multi-rack blister packs.