Description
Specifications Table
| Product Name | Whatman Grade QM-H Quartz Microfibre Filter |
|---|---|
| Pack Size | 37MM (Pack of 50), 47MM (Pack of 50), 50MM (Pack of 50), 90MM (Pack of 50), 150MM (Pack of 50) |
| Form | Microfibre Filter |
| Grade | QM-H |
| Application | Gravimetric analysis, air monitoring, high-temperature applications |
Product Description
When precision and reliability matter in your lab, the Whatman Grade QM-H Quartz Microfibre Filter stands out as a top choice. Designed for critical applications, these filters combine the purity of quartz with the efficiency of microfibre technology. Whether you’re conducting gravimetric analysis or monitoring air quality, this filter ensures accurate results every time.
The QM-H grade is specifically engineered for high-temperature environments, making it ideal for processes where thermal stability is crucial. Unlike standard cellulose filters, quartz microfibre filters resist chemical attacks and maintain structural integrity even under extreme conditions. This durability translates to fewer replacements and more consistent performance in your experiments.
Researchers and students alike appreciate the uniformity of these filters. The smooth surface and controlled pore size distribution minimize particle retention issues, ensuring that your samples remain uncontaminated. For labs focused on environmental testing or industrial hygiene, the Whatman Grade QM-H filter provides the reliability needed for compliance with stringent standards.
At eqipped, we understand that lab supplies should never compromise on quality. That’s why we offer genuine Whatman filters, trusted by professionals worldwide. Whether you’re setting up a new lab or restocking essentials, these filters deliver the performance you expect from a leading brand.
Upgrade your filtration process today with Whatman Grade QM-H Quartz Microfibre Filters. Shop now for lab-grade precision.
For applications requiring extreme purity, such as trace metal analysis or particulate collection in harsh environments, the QM-H filter’s quartz composition is unmatched. Its inert nature prevents interference with analytical results, a critical factor when working with sensitive instruments like ICP-MS or AAS. Educators will find these filters particularly useful for demonstrating filtration principles in advanced chemistry courses.
The versatility of the Whatman Grade QM-H filter extends to both research and industrial settings. From pharmaceutical quality control to environmental monitoring stations, this filter adapts to diverse workflows. The available size options (37mm to 150mm) ensure compatibility with most standard filtration apparatus, making it a practical choice for labs of all scales.
When you buy Whatman Grade QM-H filters from eqipped, you’re not just purchasing a product—you’re investing in the consistency of your research. Our streamlined ordering process and reliable delivery mean you can focus on your work without supply chain interruptions. For labs that demand the best, this filter represents a smart long-term investment.
FAQs
What makes Whatman Grade QM-H filters different from standard cellulose filters?
Whatman Grade QM-H filters are made from pure quartz microfibres, offering superior thermal stability and chemical resistance compared to cellulose filters. This makes them ideal for high-temperature applications and environments where chemical inertness is critical.
Can these filters be used for air quality monitoring?
Yes, the Whatman Grade QM-H filter is excellent for air quality monitoring due to its high particle retention efficiency and ability to withstand the conditions typical in environmental sampling equipment.
What sizes are available for the Whatman Grade QM-H filter?
The filters come in multiple sizes: 37mm, 47mm, 50mm, 90mm, and 150mm diameters, all available in packs of 50 to suit different filtration setups.
Are these filters suitable for gravimetric analysis?
Absolutely. The uniform structure and high purity of Whatman Grade QM-H filters make them perfect for precise gravimetric analysis where accurate weight measurements are essential.
How should I store these filters to maintain their quality?
Store the filters in their original packaging in a clean, dry environment away from direct sunlight and chemical vapors to preserve their integrity until use.
