Quantitative Filter Paper 60cm x 60cm, Low Ash Content High Absorption, Cotton Fiber Fast Speed - 9cm,Fast Speed,9cm

product description1.This Quantitative Filter Paper is made from high-purity cotton fiber, designed for accurate gravimetric analysis and chemical filtration. It offers ultra-low ash content (<0.01%), making it perfect for precise lab work where no residue is required after burning.2.With excellent chemical resistance, it can handle acidic and alkaline solutions without losing strength. The paper has a consistent pore structure, ensuring reliable solid-liquid separation and repeatable results.3.Widely used in laboratories, schools, environmental testing, food and pharmaceutical industries, it is a must-have for professional filtration and quantitative analysis.Key Features:1.High-purity cotton fiber2.Low ash content – less than 0.01%3.Strong resistance to acids and bases4.Uniform filtration speed5.Ideal for chemical labs, quality control, and research use

• High-Purity Quantitative Filter Paper Made from refined high-quality cellulose, this quantitative filter paper ensures accurate, consistent results for precise lab analysis. Ideal for gravimetric and quantitative testing.
• Ultra-Low Ash Content Designed for high-precision chemical analysis, this filter paper leaves almost no ash after burning, making it perfect for residue-free filtration and trace element testing.
• Acid and Alkali Resistant Durable for Lab Use Engineered for tough lab conditions, this acid-resistant and alkali-resistant filter paper maintains its strength and structure during chemical reactions and solution filtration.
• Controlled Filtration Speed Pore Size Provides uniform pore distribution and stable filtration speed for accurate separation of solid and liquid phases. Ideal for environmental labs, food testing, and water analysis.
• Trusted in Professional Laboratories Widely used in educational institutions, research labs, industrial testing, and quality control processes. A must-have lab consumable for consistent and reliable results.