Luxury Sartorius Ft-3-127-240, Quantitative Papers/ Grade 393 90% Off - Today Only [bkxhOW9a]

Sartorius FT-3-127-240 Quantitative Papers

The Sartorius FT-3-127-240 Quantitative Papers are an essential tool for precise quantitative and gravimetric analyses. These 240 mm diameter purple dot filter paper discs are designed for exceptional performance in pressure or vacuum filtration. Crafted from 100% cotton linters with a high ?-cellulose content of >98%, these papers are the ideal choice for achieving high purity and accuracy in your experiments. The acid-washing process ensures that the papers are ash-free, further enhancing their reliability and consistency.

Product Specifications and Features

Experience the superior quality of these filter paper discs with their very slow filtering and very fine-pore structure. Each pack contains 100 discs, providing ample supply for your filtration needs. The wet-strengthened construction ensures durability and resistance to breakage. The color-coded box design makes it easy to select the right paper for your specific application. Key features include:

• Made of 100% cotton linters for high purity
• Ash-free (ash content ? 0.01% according to DIN 54370) for accurate measurements
• Wet-strengthened for increased durability

These specifications make the Sartorius FT-3-127-240 Quantitative Papers the go-to choice for researchers and scientists who demand the best in filter paper quality.

Applications and Benefits

The Sartorius FT-3-127-240 Quantitative Papers are versatile and suitable for a wide range of applications in laboratories and industrial settings. Whether you're conducting quantitative analyses, gravimetric assessments, or pressure/vacuum filtration, these papers deliver exceptional performance. Their high purity and fine-pore structure ensure that your results are accurate and reliable. Ideal for researchers, analysts, and technicians, these papers are a valuable asset in any laboratory. By choosing the Sartorius FT-3-127-240 Quantitative Papers, you're investing in a product that will enhance the efficiency and precision of your experiments.