
( Brand: Labexact ), ( Manufacturer Part Number: 1200408 ), ( Part Type: Heat Filter ), ( Country/region Of Manufacture: United States ), ( Item Shape: Circle ), ( Quantity: 100 Pack ), ( Item Diameter: 2.4 Cm ), ( Specification Met: Epa ), ( Maximum Temperature: 1150 Degrees Celsius )
The 1200408 SH7 LabExact Heat Quartz Glass Microfiber Filter Pack is a high-quality, laboratory-grade filter designed for use in heat applications. This filter is made of quartz glass, a material known for its resistance to high temperatures, making it ideal for use in applications that require heat exposure.
The filter pack is composed of microfiber material, which is fine and dense, ensuring excellent filtration efficiency. The microfiber structure captures even the smallest particles, providing superior filtration performance. The quartz glass material, combined with the microfiber filter, provides a durable and long-lasting filter that can withstand repeated use and high temperatures.
This filter pack is designed to fit perfectly into the SH7 LabExact Heat Quartz Glass Filter Holder, ensuring a secure and leak-free fit. The filter pack is easy to install and replace, with a simple push-fit design that eliminates the need for additional tools or hardware.
The 1200408 SH7 LabExact Heat Quartz Glass Microfiber Filter Pack is an essential tool for any laboratory that requires filtration in heat applications. Its high-quality construction, excellent filtration efficiency, and durability make it a reliable and cost-effective solution for your laboratory needs.
Pros of buying 1200408 SH7 LabExact Heat Quartz Glass Microfiber Filter Pack:1. High-quality material: The filter pack is made of quartz glass, which is a durable and heat-resistant material. This makes it suitable for use in high-temperature applications.
2. Microfiber material: The microfiber filter material is highly effective at capturing particles as small as 0.3 microns, providing excellent filtration efficiency.
3. Reusable: The filter can be cleaned and reused multiple times, reducing waste and saving money in the long run.
4. Easy to install: The filter is designed to fit easily into most laboratory equipment, making installation a straightforward process.
Cons of buying 1200408 SH7 LabExact Heat Quartz Glass Microfiber Filter Pack:1. Price: The filter pack is more expensive than some other filter options on the market.
2. Limited availability: The filter may not be readily available in all locations, making it difficult to purchase if you need it urgently.
3. Requires regular maintenance: The filter will need to be cleaned and maintained regularly to ensure it continues to function effectively.
Conclusion:The 1200408 SH7 LabExact Heat Quartz Glass Microfiber Filter Pack is a high-quality filter option for laboratory use. Its heat-resistant quartz glass material and microfiber filter material make it effective at capturing particles and suitable for use in high-temperature applications. While it is more expensive than some other filter options, its durability and reusability make it a cost-effective choice in the long run. However, its limited availability and the need for regular maintenance are potential drawbacks to consider. Ultimately, whether this filter is a good fit for your needs will depend on your specific requirements and budget.
Recommendation:If you are looking for a high-quality filter that can withstand high temperatures and provide excellent filtration efficiency, the 1200408 SH7 LabExact Heat Quartz Glass Microfiber Filter Pack is a good option to consider. Its durability and reusability make it a cost-effective choice in the long run, but be sure to factor in its limited availability and the need for regular maintenance when making your decision.
Effective temperature range up to c. This media meets or exceeds the physical, performance and elemental requirements for epa pm10, ambient air monitoring methods efficiency in filtration retention of Up for consideration is a box of 100 micro filters method 5 quartz 2.
20um particles m3 min resistance 95mmh20 ft. Loss on ignition. Flow rate 1.