Massive Discount Centrifugal Filters, 2.0 Ml, 500 Ul, Centrifugal Filters, With 2.0 Ml Micro Centrifuge Tube With Lid Lock, Pes Membrane, Non Sterile, Molecular Weight Cutoffs 50kda, 300piece(s)/case Series [f1NcCb6d]

Centrifugal Filters for Precision Filtration

Our Centrifugal Filters are designed for precise and efficient filtration of various molecules. Engineered with a PES membrane, these filters offer a Molecular Weight Cutoff (MWCO) of 50KDa, ensuring effective separation of molecules of different sizes. Each case contains 300 pieces, providing a substantial supply for your filtration needs. The filters come with a 2.0 mL micro centrifuge tube with lid lock, ensuring a secure and leak-proof fit during centrifugation.

• High-performance PES membrane for efficient filtration
• Non-sterile option for flexibility in use

Advanced Design for Enhanced Performance

Our centrifugal filters are not just about efficiency; they are also designed for durability and ease of use. The 5 mL and 15 mL tubes come with supports, enhancing structural stability and allowing for higher centrifugal speeds, thereby reducing filtration time. The 0.5 mL tubes offer a compact solution for smaller volumes. Key features include:

• Vertical single-sided and double-sided filtration membranes for a larger effective filtration area
• Increased flow rate for faster processing

These features make our filters ideal for a wide range of applications in research and industrial settings.

Practical Solutions for Researchers and Labs

Whether you are a researcher or a lab technician, our centrifugal filters are designed to meet your precise filtration needs. The printed scale and white area for writing on the tube facilitate easy identification and marking, ensuring accurate tracking of samples. The filters have undergone a 100% production line air tightness test, guaranteeing reliable performance. With DNase-free, RNase-free, and non-pyrogenic properties, they are suitable for sensitive applications. These filters are a must-have for any lab looking to improve efficiency and accuracy in their filtration processes.