Description
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- Type: Fast Speed Qualitative Filter Paper, specifically designed for effective retention of crystalline materials and suitable for a variety of general chemistry applications.
- Diameter: 7cm, Bore Diameter: 20-25um, Filtration Rate: Less than 35 seconds, Ash Content: Less than or equal to 0.15%, Quantitate: 80 +/- 4 g/m2.
- Loose paper with strong liquid absorbance, this filter paper is widely utilized in chemical laboratories for the filtration of sediments and suspended solids. Its ash content is higher than that of quantitative filter paper, resulting in a certain amount of ash remaining after combustion.
- Non-Toxic and Tasteless: Free from additives, ensuring chemical stability. This filter paper is non-toxic and tasteless, with acid and alkali resistance, achieving filtration accuracy of up to 0.1 microns through hot-rolled processing.
- Qualitative filter paper typically retains more ash, making it ideal for general qualitative analysis, precipitation, or suspension of solutions, though it is not suitable for quality analysis.
Specification:
Name: Qualitative Filter Paper
Type: Fast Speed
Diameter: 7cm
Bore Diameter: 20-25um
Filtration Rate: Less than 35 seconds
Ash Content: Less than or equal to 0.15%
Quantitate: 80 +/- 4 g/m2
Material: Cotton fiber
Feature: This qualitative filter paper is characterized by its loose structure and strong liquid absorbance, making it a staple in chemical laboratories for effectively filtering sediments and suspended solids. Its higher ash content compared to quantitative filter paper results in a measurable amount of ash post-combustion.
Use: These filters are particularly effective for separating crystalline precipitates from solutions, making them ideal for various general chemistry applications.
Long Lasting: Designed for high precision, pressure, and flow, this filter paper boasts a long lifespan and excellent stability characteristics.
Individual Package: Each filter is conveniently packaged for ease of use, featuring a wood fiber composition and a round shape.
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