Bioaxenic-A Capsule Filters

Bioaxenic-A Capsule Filters

The Bioaxenic®-A Capsule Filters are researched and devel-oped for sterile filtration process with reliable and stable sterilization performance. It’s designed with external vent valve structure that can remove Gas-liquid quick...

The Bioaxenic®-A Capsule Filters are researched and devel-oped for sterile filtration process with reliable and stable sterilization performance. It’s designed with external vent valve structure that can remove Gas-liquid quickly and efficiently. Its built-in sterile grade hydrophilic polyethersul-fone (PES) membrane has the characteristics of high flow rate, high contaminant holding capacity and excellent chemical compatibility, ensuring its wide range of applications such as bioburden and bacteria removal in the culture medium, intermediate solution, buffers and other upstream and down-stream processes. The Bioaxenic®-A Capsule Filters can help shorten process time, reduce production costs and improve economic benefits.

Features

  • Reliable bacteria retention abilities
  • High flow rate and large filtration area
  • Excellent chemical compatibility
  • Excellent ability to deal with plugging liquid
  • 100% Integrity Test

Applications

  • Culture medium sterile filtration
  • Buffer filtration
  • Intermediate products filtration
  • Pre-ultrafiltration filtration
  • Terminal products sterile filtration

Specifications

Dimension 
Outer Diameter87mm
Length / Filtration area2"(65mm) / 0.12m²
4"(103mm) / 0.22m²
5"(118mm) / 0.26m²
10"(266mm) / 0.65m²
Material of Constructions 
MediaPES
SupportPP
Cage/Core/End cap PP
Seal Material OptionsSilicone
Performance 
Max. Operating Temperature50 ℃(122℉)
Max. Operating DP5 Bar(73psi)@20℃(68℉)
3 Bar(44psi)@50℃(122℉)
Bio-safety
EndotoxinComply with USP<85>, endotoxin content <0.25EU/ mL
BiocompatibilityComply with USP<87>USP<88>

Quality 

Fiber releaseComply with 21CFR210.3(b)(6) on "Non fiber" release regulations
Bacteria RetentionValidated with Brevundimonas diminuta (ATCC 19146) at107/cm² (0.22μm)
Autoclaving125℃, 30min, 3 Cycles
Gamma irradiation35 kGy

Order Information

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