Finland

PSS03 Cartridge

NEW

The 0.03 µm has been added to the lineup of PSE membranes that have been received favorably because of their high retention performance and long service life.
It demonstrates its power in a line where removal of ultra-fine particles is required.

Specifications

Table of Performance Characteristics

Item

Unit

Performance

Remarks

Pore size

µm

0.03

 

Size

Length

mm

-

*1

Outer diameter

mm

70

 

Maximum
differential
pressure

25℃

MPa

0.54 (Positive pressure)

 

25℃

MPa

0.34 (Negative pressure)

 

Heat resistance

MAX℃

90

*2

PH area to be used

 

1 - 14

*3

  • *1 Refer to the “Dimensions of the cartridge.”
  • *2 Continuous operating temperature
  • *3 In the case of using the cartridge for chemical fluid filtration, prior evaluation should be carried out under the planned conditions of use.

 

Initial flow rate and initial pressure loss

Dimensions of the cartridge (mm)

Shape

Length

Overall length

M type

S (Single)

264

D (Double)

512

T (Triple)

761

MP type

S (Single)

313

D (Double)

561

T (Triple)

810

P type

S (Single)

319

D (Double)

568

T (Triple)

816

PM type

S (Single)

264

D (Double)

512

T (Triple)

761

Chemical resistance

The following data have been obtained by checking the filtration performance after 24-hour immersion testing at normal temperature. Please check the chemical compatibility under your conditions before use.

Ο - Compatible, × - Incompatible

Classification

Chemical name

Compatibility

Hydrocarbon

Benzene

×

Halogenated Hydrocarbon

Trichloroethylene

×

Ether

Ethyl ether

×

Glycol

Propylene glycol

Ο

Alcohol

Methanol

Ο

Ethanol

Ο

lsopropanol

Ο

Benzyl alcohol

×

Ketone

Acetone

×

Ester

Ethyl acetate

×

Others

Nitric acid (6 mol/L)

Ο

Sulfuric acid (3 mol/L)

Ο

Hydrochloric acid (6 mol/L)

Ο

Sodium hydroxide (6 mol/L)

Ο

Aqueous ammonia (1 mol/L)

Ο

Structure and materials

The cartridge contains a PSE membrane that is pleated and integrally molded by thermal fusion bonding with a polypropylene support material. (Example: P type)

Abbreviated product name