Medium Flow Rate Qualitative Filter Paper Discs 3.54 Inch Diameter 70G Laboratory Grade Filtration for Chemistry and Industrial Use

Description This item is made of high- quality pulp. Qualitative filter papers with moderate flow rates and good particle retention can gelatinous precipitates and separate coarse from solution for correct performance. suitable for general applications. Feature- Material: Paper.- Color: White.- Dia: 9cm- 【Flow Rate】Medium- qualitative filter paper, for retaining materials and general applications.- 【Features】It is a filter paper commonly used in laboratories to filter sediments and suspended solids.- 【 】The laboratory filter paper is made of professional materials, , tasteless, acid and alkali , and chemically stable.- 【Package Contents】You will receive 100 pieces of medium qualitative filter paper with a diameter of 9cm.- 【SUITABLE FOR】Laboratory filter paper is for experimental and general applications. Package Including 1* Filter Paper

• Core Filtration Efficiency: Medium flow rate qualitative filter paper discs with a 3.54-inch diameter are designed to provide reliable particle retention and sediment filtration, making them suitable for general chemistry and laboratory filtration tasks requiring and performance
• Resistance and Stability: Constructed from tasteless, acid and alkali materials to ensure stable performance during filtration, meeting the needs of various laboratory experiments requiring consistent filter paper quality
• Adequate Supply for Extended Use: Includes 100 pieces of medium flow rate filter paper discs measuring 3.54 inches in diameter, providing a sufficient quantity for continuous laboratory filtration and multiple experimental applications without frequent replacements
• Versatile Laboratory Application: Suitable for filtering sediments and suspended solids in general chemical processes, these qualitative filter papers support routine laboratory filtration and diverse experimental procedures with consistent results
• Optimized Medium Flow Rate: Offers a balanced filtration speed that ensures efficient processing time without compromising accuracy or chemical stability, ideal for experiments requiring moderate filtration rates