Attribute Name
|
Value
|
---|---|
Application
|
Final Filtration for Particulates in Soft Drinks, Particle Reduction in Bottle Water Manufacturing, Particle Reduction in Distilled Spirits Filtration, RO Protection and Prefiltration, Solids Removal, Recovery & Reclaim, Turbidity and Particle Control in Soft Drink Water, Water Filtration for Beer Applications, Water Filtration for Wine Applications
|
Brand
|
Betafine™
|
End Modification
|
226 O-ring & Spear
|
Factory Integrity Tested
|
No
|
Filter Material
|
Graded Density Polypropylene
|
Filter Type
|
Surface
|
Gasket/O-ring Material
|
Fluorocarbon
|
Industries
|
Life Sciences
|
Micron Rating
|
0.2 Absolute, @ 95%
|
Product Series
|
PPG
|
Series
|
Betafine™ PPG Series
|
Units per Case
|
6
|
This absolute-rated, graded-porosity multi-layer 100% polypropylene pleated filter features Advanced Pleat Technology (APT) that increases the usable filtration surface area while maintaining standard filter dimensions.
Our Advanced Pleat Technology (APT) construction combines: • Up to 50% more filter media (surface area) than competitive filters • Graded-density media for optimum contaminant holding • New cartridge design for increased flow and reduced pressure drop The result is a filter cartridge that lasts longer, performs better and saves money Our Betafine PBG Series filters for food and beverage applications are available in the following versions: • Model PEG: without stainless steel insert • Model PBG: with stainless steel insert • Model PTG: with factory certified integrity testing • Model PBP: (multi-layers) for final filtration or for membrane protection The APT Advantage Surface area dictates just how long a filter will last and how it will perform. However, increasing surface area without considering the flow path between the media’s pleats could result in flow restrictions and early media blinding. To achieve the optimum between surface area and performance, 3M Purification has designed Betafine PBG Series so that our pleating process and media support materials work together to provide enhanced flow characteristics and longer service life.