Must-have Whatman 6870-1302 Gd/x 13mm, Non-sterile, 0.2 Micrometer Pore Size, Nylon, 150/pk (pn:6870-1302) Travel Size [jD8aygtb]

Whatman 6870-1302 GD/X 13mm Filters

Whatman 6870-1302 GD/X 13mm, Non-Sterile, 0.2 micrometer Pore Size, Nylon, 150/pk, is a premium syringe filter designed for high particulate loaded samples. Engineered with precision, these filters offer a 0.2 µm pore size, ensuring effective particulate removal and sample purity. The GD/X™ 13 mm filters are crafted from durable nylon, providing robust performance and long-lasting reliability. Their compact 150/pk packaging makes them convenient for any lab or research setting.

• High Pore Size: 0.2 µm pore size for efficient particulate removal.
• Durable Nylon Material: Ensures long-lasting performance and resistance to chemicals.

Product Specifications and Technical Details

The Whatman 6870-1302 GD/X filters are designed to handle samples up to 10ml, making them versatile for a wide range of applications. Their unique GD/X™ design minimizes the need for hand pressure, allowing for easier filtration of challenging samples. The non-sterile nature of these filters makes them suitable for various applications where sterility is not a critical factor. Key specifications include:

• Filter Diameter: 13 mm for broad compatibility with syringes and sample containers.
• Quantity: 150 filters per pack for cost-effective and convenient usage.

Practical Applications and Benefits

The Whatman 6870-1302 GD/X 13mm filters are an essential tool for researchers, scientists, and lab professionals. Their ability to eliminate sample contamination and handle high particulate loads makes them ideal for various applications, including:

• Biological Research: Ensuring sample purity in cell culture and molecular biology experiments.
• Environmental Testing: Removing particulates from water and soil samples for accurate analysis.

By using these filters, you can achieve cleaner, more reliable results, saving time and resources. The Whatman 6870-1302 GD/X filters are your go-to solution for maintaining sample integrity and enhancing your research outcomes.