PP소재를 절곡하여 여과면적을 최대로 설계하여 유량 및 수명을 극대화
Description
- large filtration area by pleated media which combined with depth and surface
filtration
- all polypropylene multi-layer media.
- glass media available
- broad range chemical compatibility
- from absolute to nominal rating
- superior High flow rates , high dirt-holding capacity
- 100 percent integrity tested
- Manufactured in a clean room (10,000 Class)
- lowest extractable and stable structure by thermally bonded components
- ISO9001 & ISO14001
Product Features
- Super ranged flow rates and throughputs . All materials are FDA listed
. It have been received one of the highest reputation on electronics and food
market
- accumulated experience with major industrial customers application
Applications
- RO/DI filtration, General Water Filtration, Serum and Biologicals, Solvent
- Beverage/Wine Clarification, Recirculating Liquids, Reagent Grade Chemicals
- Pharmaceutical industry, Biological industry, Electronic industry
- Food and Beverage industry
Specification
Materials
- Medium : Pleated graded-density melt-blown polypropylene or Borosilicate
microfiber glass with acrylic (support layer : spun bonded polyester)
- Core, cage and end caps : Polypropylene, Reinforced P.P by Talc, High Density
Polyethylene
- Support and drainage : Polypropylene .Sealing : Thermal bonding
- O-ring options : Viton, Silicon, EPR & Teflon encapsulated type(BSI
Registered)
Structure
Effective Filtration area :
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Dimension
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0.1 ㎛ : 0.45m?D) 0.2㎛ : 0.45m?(S)
0.45㎛ : 0.50m?(D) 0.6㎛ : 0.50m?(S)
1.0 ㎛ : 0.50m?(D) 10.0㎛ : 0.60m?(S)
20.0㎛ : 0.60m?(D) 40.0㎛ : 0.60m?(S) |
Length : 125mm,250mm,500mm,750mm,1000mm
Inner Diameter : 33mm
Outer Diameter : 68mm |
※S - Single layer, D - Double layer, T - Triple layer |
Operating conditions: |
Maximum operating temperature : 90°C
Maximum forward differential pressure : 3.5bar at 90°C, 5.5bar at 50°C |
Liquid Particle Retention ratings

The removal efficiency is obtained using specified testing standard dusts.
Water flow rate of 10inch cartridge

Part Number Identification

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