Easter Special Sartorius Ft-2-127-460570, Quantitative Papers/ Grade 393 Limited Time 70% Off [9Qb5hK6C]
Sartorius FT-2-127-460570 Quantitative Papers Introducing the Sartorius FT-2-127-460570 Quantitative Papers, a premium grade 393 filter paper designed for precision and reliability in quantitative and gravimetric analyses. These 460 x 570 mm sheets a
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Easter Special Sartorius Ft-2-127-460570, Quantitative Papers/ Grade 393 Limited Time 70% Off [9Qb5hK6C]
Sartorius FT-2-127-460570 Quantitative Papers
Introducing the Sartorius FT-2-127-460570 Quantitative Papers, a premium grade 393 filter paper designed for precision and reliability in quantitative and gravimetric analyses. These 460 x 570 mm sheets are the ideal choice for pressure or vacuum filtration due to their very slow filtering properties. Crafted from 100% cotton linters and containing over 98% ?-cellulose, these papers are acid-washed to ensure ashless quality and high purity. With their very fine-pore structure, they offer exceptional performance in a variety of scientific applications.Product Specifications and Features
The Sartorius FT-2-127-460570 Quantitative Papers are made from high-quality 100% cotton linters, guaranteeing durability and consistency. Their ash-free nature, with an ash content of less than 0.01% according to DIN 54370, ensures the highest purity levels. The wet-strengthened construction adds to their robustness, making them suitable for demanding filtration processes. Each pack contains 100 sheets, and the color-coded boxes make them easy to select and store. Key features include very slow filtering, very fine-pore structure, and a convenient pack size.Applications and Benefits
Ideal for a wide range of scientific and laboratory settings, the Sartorius FT-2-127-460570 Quantitative Papers are perfect for users who demand accuracy and efficiency. Whether you're conducting quantitative analyses, gravimetric assessments, or pressure/vacuum filtration, these papers deliver consistent results. Their high purity and fine-pore structure make them suitable for sensitive applications, ensuring reliable and reproducible data. With a focus on quality and performance, these papers are the go-to choice for researchers, analysts, and scientists worldwide.What Our Customers Say
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