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Number:

07-02

Metal Sintered Mesh Filter Cartridges

Model Number:

MMF/MMPF

The MMF/MMPF series of metal sintered mesh is created by pressing and sintering multiple layers of specially woven metal wire mesh in a vacuum and inert atmosphere. This filtration material offers high strength and rigidity, maintaining the integrity of the mesh openings. SoluGET's metal sintered mesh outperforms traditional metal wire mesh filter cartridges, providing superior strength, rigidity, and the ability to be reused multiple times. Constructed entirely of stainless steel, the MMF/MMPF series can withstand high pressure differentials and is easily cleaned. With filtration precision ranging from 2 to 100 microns, and materials available in 304, 316, or Hastelloy alloy, these filter cartridges find extensive use in high-temperature and solvent-intensive applications. The MMPF series, in particular, excels in automatic backwashing filtration.

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Classification:

Metal Filter Cartridges

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Overview

Features and Advantages

Specifications

Filter Cartridge Selection Chart

Performance

Features and Advantages

High temperature resistance, high pressure resistance, suitable for harsh working conditions

Resistance to various organic solvents

Can be cleaned, recycled, suitable for automatic backwash filtration

Specifications

Material Structure

Medium: Stainless Steel Sintered Mesh

Support and drainage: Stainless Steel

Core, cage, and end caps: Stainless Steel

Working Characteristics

Max Service Temperature: 400 ℃

Max Working Pressure Difference: 0.5MPa

Suggested Pressure Differential Replacement: 0.2MPa

Filter Cartridge Selection Chart

Model Number	Medium	Removal Ratings	Length	OD	Connector	O-ring Options
MMF (pleated)	S = 304	2 = 2 μm	10 = 10 inch	25 = 25 mm	DOE = double open end	S = Silicone
MMPF (not pleated)	L = 316L	5 = 5 μm	20 = 20 inch	40 = 40 mm	C3 = 222+flat closed end	V = Fluoroelastomer
		10 = 10 μm	30 = 30 inch	50 = 50 mm	C8 = 222+fin end	E = EPDM
		15 = 15 μm	40 = 40 inch	60 = 60 mm	C2 = 226+flat closed end	N = NBR
		20 = 20 μm		65 = 65 mm	C7 = 226+fin end	T = FEP Encapsulated FKM
		30 = 30 μm		70 = 70 mm	N4 = 1” NPT	Blank = Threaded
		50 = 50 μm			N6 = 1 1/2” NPT
		100 = 100 μm