Cytiva Pall Acropak Filter

The Cytiva Pall Acropak Filter line, embellished with innovation and precision, promotes exceptional filtration performance in various fields of application. These filters are meticulously crafted with Fluorodyne™ II and Supor™ EKV membranes that cater to a wide range of filtration needs, with pore sizes of 0.2µm, crucial for ensuring purity and reliability in processes.

Each filter is designed with a filling bell, allowing for easy liquid transfers while minimizing contamination risks. They're available in gamma-irradiated sterile variants as well as non-sterile, catering to distinct sterility requirements across industries such as pharmaceuticals, biotechnology, and food and beverage. Importantly, these filters come in packs of three, presenting a practical solution for industrial applications that demand efficiency and reliability.

• Each filter incorporates a Fluorodyne™ II or Supor™ EKV membrane to ensure high retention efficiency and low protein binding.
• Options available in sterile, gamma-irradiated, and non-sterile versions to fit different industrial needs.
• Designed with a filling bell for easy liquid transfer and minimal contamination risk, supporting sterile operations.

• The Cytiva Pall Acropak Filter is ideal for sterile filtration of solutions in pharmaceutical, biotechnology, and food and beverage industries. It is used to remove bacteria and particulates in water, buffers, and biological fluids effectively.
• These filters are also used in laboratories for purification processes, ensuring only the purest components are transferred in laboratory samples or production workflows.

1. What types of membranes are available in the Acropak filters?
The Acropak filters come with either Fluorodyne™ II or Supor™ EKV membranes.

2. Are the filters suitable for sterile applications?
Yes, the filters are available in gamma-irradiated versions for sterile applications.

3. What is the pore size of these filters?
The filters feature a pore size of 0.2µm and also available in 0.8/0.2µm for different applications.