Multi-purpose Filter Holder Systems - Today Only [5g4mMipN]

Comprehensive Multi-purpose Filter Holder Systems - Today Only [5g4mMipN]

Our Multi-purpose Filter Holder Systems - Today Only [5g4mMipN] are designed to meet the diverse needs of various applications. These systems are engineered with a wide range of components, ensuring flexibility and adaptability for different filtration requirements. From general and biological applications to ultraclean filtrates and proteinaceous solutions, our filter holders are the ultimate choice for precision and efficiency.

Product Properties and Specifications

Our Multi-purpose Filter Holder Systems - Today Only [5g4mMipN] are available with two distinct support bases to cater to different filtration needs. The fritted glass support base is ideal for general and biological applications, offering robust support and durability. For ultraclean filtrates and proteinaceous solutions, the removable stainless steel screen support base with a PTFE gasket ensures a secure seal and minimizes contamination. The borosilicate glass funnels come in two capacity sizes: 100 mL and 300 mL, providing versatility for various filtration volumes. This combination of features makes our filter holders a reliable choice for any laboratory or industrial setting.

Practical Uses and Benefits

The Multi-purpose Filter Holder Systems - Today Only [5g4mMipN] are a valuable tool for researchers, scientists, and engineers in various industries. Their use extends across multiple scenarios, including but not limited to:

• Biological Research: Facilitating the separation of cells, viruses, and particles in biological samples.
• Chemical Processing: Assisting in the purification of chemicals and removal of impurities.

By providing a secure and efficient filtration solution, our filter holders help streamline workflows, reduce processing time, and enhance overall laboratory productivity. With their durable construction and versatile design, these systems are a must-have for any professional seeking to optimize their filtration processes.