- Reduced total filtration costs – helps reduce cartridges used, changes frequency, reduced downtime, product waste and labour and disposal costs
- Consistent filtration performance – helps reduce quality checks, product rejects and rework, thereby helping to add productivity and plant capacity
- Staggered pleat configuration combined with a novel support material provides more open space between the pleats
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Attribute Name
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Value
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|---|---|
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Brand
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Betafine™
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|
End Modification
|
226 O-ring & Spear, No Reinforcing Ring
|
|
Factory Integrity Tested
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No
|
|
Filter Material
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Uniform Density Polypropylene
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|
Filter Type
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Surface
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|
Gasket/O-ring Material
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Silicone
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|
Industries
|
Industrial
|
|
Maximum Operating Temperature (Celsius)
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80 Degree Celsius
|
|
Micron Rating
|
1 μm
|
|
Pleat Type
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Advanced Pleat Technology (APT)
|
|
Product Series
|
XL
|
|
Product Type
|
Cartridge
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|
Series
|
Betafine™ XL Series
|
|
Units per Case
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10
|
- Reduced total filtration costs – helps reduce cartridges used, changes frequency, reduced downtime, product waste and labour and disposal costs
- Consistent filtration performance – helps reduce quality checks, product rejects and rework, thereby helping to add productivity and plant capacity
- Staggered pleat configuration combined with a novel support material provides more open space between the pleats
Our absolute-rated Betafine™ XL Filter Cartridge Series is made of a 100% polypropylene pleated filter featuring Advanced Pleat Technology (APT). This product is appropriate for use in a wide range of applications, including: food and beverage, industrial and electronics.
3M™ Betafine XL Series Filter Cartridge is manufactured using a staggered pleat configuration, when combined with a novel support material, provides more open space between the pleats.
The service life of our pleated cartridge is often dictated by the accessible surface area. Conventional pleated filters may offer a large gross surface area, but when the media is packed too tightly into the cartridge, only part of the surface area is usable resulting in both flow restrictions and limited contaminant holding capacity. The ‘blind’ or unusable area commonly occurs near the inside diameter where the pleats are packed most tightly.
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