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MS Phenolic resin Filter Cartridge
Request a Quote| Item No | Product Name | Description | |
|---|---|---|---|
| CRRBP0391000 | MicroPure RBP Series Cartridge | Pore Size: 10μm, 39", OD: 65±2mm, ID: 28mm | Request a Quote |
Description
Due to its unique integrated molding manufacturing process, phenolic resin filter has the characteristics of rigidity, resin reinforcement and gradual tightening structure, thereby avoiding the shortcomings of other flexible and easily deformed filter elements.
Features
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Designed for high viscosity fluids
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Reliable, consistent filtration
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No silicon-containing materials are used in raw materials
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One-piece structure
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High contaminant capacity
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High flow rate
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No skeleton, can be crushed
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Withstand pressure fluctuations of 10bar (depending on fluid temperature)
Applications
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Paints
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Printing Inks
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Adhesives
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Resins
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Emulsions
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Chemical Coatings
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Organic Solvents
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Plasticizers
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Waxes
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Oil & Gas Fluids
- Petroleum Products
Specification
| Material Structure | Filter Medium | Resin impregnated polycool filament fiber |
| Outer cage / End cap | Polypropylene(PP) | |
| Connector | DOE/222-Flat / 222-Fin / 226-Fin / 226-Flat | |
| O-ring Seal Material | Silicone / EPDM / NBR / Viton | |
| Appearance | Grooved Surface / Embossing Surface | |
| Dimensions | Outside Diameter | 65±2 mm |
| Inside Diameter | 28 mm | |
| Removal Ratings | 2μm,5μm,10μm,25μm,50μm,75μm,125μm,150μm | |
| Length | 10"/20"/30"/40" | |
| Operating Conditions | Maximum Operation Temperature (No end cap) |
<121℃ |
| Maximum Operation Temperature (with end cap) |
<80℃ | |
| Operating pH | 5-9 | |
| Maximum differential pressure |
4.3bar | |
| Recommended change-out differential pressure |
2.4bar |
Ordering Information
|
CPRBP
|
Length |
Removal Ratings |
Connector |
Seal Material |
Appearance |
|
010=10'' 020=20'' 030=30'' 040=40'' |
0200=2μm 0500=5μm 1000=10μm 2500=25μm 5000=50μm 7500=75μm 12500=125μm 15000=150μm |
Blank=DOE 2=222/Flat 3=222/Fin 6=226/Fin 7=226/Flat |
Blank= None S= Silicone E= EPDM F= Viton N= NBR
|
G = Grooved Surface Y= Embossing Surface |
