Portable Sartorius Ft-3-105-185, Quantitative Papers/ Grade 392 In Multiple Colors [WQ3Ckt2I]

Sartorius FT-3-105-185 Quantitative Papers

The Sartorius FT-3-105-185 is a premium-grade quantitative filter paper designed for precision and reliability in laboratory settings. These 185 mm diameter discs are perfect for a wide range of applications, including quantitative and gravimetric analyses, as well as pressure or vacuum filtration. Crafted from 100% cotton linters with a high ?-cellulose content of >98%, these filter papers are acid-washed to ensure ashless quality and high purity. Their medium fast filtering and medium density characteristics make them ideal for various filtration needs.

• Made of 100% cotton linters for superior purity
• Ash-free, meeting DIN 54370 standards for accuracy

Product Specifications and Properties

The Sartorius FT-3-105-185 filter papers are renowned for their exceptional properties and specifications. Each paper disc is wet-strengthened for increased durability and resistance to tearing. The color-coded box packaging allows for easy selection and identification, streamlining your laboratory workflow. With an ash content of < 0.01%, these papers are designed to provide accurate and reproducible results. Each pack contains 100 discs, ensuring that you have a sufficient supply for your experiments.

• Wet-strengthened for increased durability
• Color-coded box for easy selection and identification

Practical Applications and Target Audience

Whether you are a researcher, chemist, or analyst, the Sartorius FT-3-105-185 filter papers are an essential tool in your laboratory. Their versatility makes them suitable for a variety of applications, from routine laboratory tasks to complex analytical procedures. The high purity and accuracy of these papers ensure reliable results, which is crucial in scientific research and industrial processes. By choosing the Sartorius FT-3-105-185, you are investing in a product that meets the highest standards of quality and performance.

• Perfect for researchers, chemists, and analysts
• Versatile for a wide range of laboratory applications