Melt blown Polybutylene membrane filter cartridge absolute filtration for oxidize water OD 68mm

Melt blown Polybutylene membrane filter cartridge absolute filtration for oxidize water OD 68mm

Description

Pleated PBT Meltblown Filter Cartridges (APBT), utilizing Polybutylene Terephthalte membranes and polyester nonwove support material, will offer good performance of liquid filtration.

The oxide resistance, high temperature resistance, high flow rate membrane assures PBT to be widely used in oxide water filtration. The pleated design maximizes filtration area for longer service life.

Features and Benefits

• Excellent oxide resistance;
• High particle removal efficiency;
• Good temperature resistance;
• Low pressure lose;
• Good GEL removal capability;
• High surface area design provides excellent flow rates and extended service life;
• Thermally welded, eliminating adhesive extractables;
• Manufactured in a cleanroom environment.

Materials of construction

Operation conditions

Applications

• Oxide water
• Pure water
• Corrosive fluids
• Medicine

Specifications

Workshop

Competitive advantage

Our membrane pleated filter cartridge are absolute-rated filtration media for prefiltration. All components are thermally bonded without adhesives or hot-melts. These filter cartridges deliver high flow rates with low pressure drops. They can withstand repeated heat & steam sterilizations and sanitizations, while providing extremely low extractables and high dirt-holding capacity. The graded-density microfiber filters are distinguished by their absolute particulate ratings, which are maintained even under the most severe process conditions. Fully automated production gives our filter cartridges the most uniform, consistent construction and performance available anywhere. Assembly, testing and packaging are in cleanroom. Pleated membrane filter cartridges are available in PVDF, PES, PP, PTFE. Pleated prefilter cartridges are also available in PP microfiber media and glass microfiber media, as well as PP microfiber depth media.