2″ Microfiltration Elements

2" Sanitary Microfiltration Elements

2519 Element with ATD

Synder Filtration's 2" sanitary microfiltration elements are ideal where 800KD to .2µ membrane pore sizes are required for pilot studies and other low volume operations. With large inventories of these elements stored strategically around the globe, common models are available with same-day shipping.  


MEMBRANE ELEMENTS
 

Membrane Model Polymer Approx. Molecular Weight Cutoff
FR PVDF  800 KD 
V0.1 PVDF  0.1μ
V0.2  PVDF  0.2μ
Size Membrane Area 
(sq. ft)
Dimensions
(OD, L, P.W.T ID, Weight) 
Recommended Cross Flow Rate
1812 4 1.8", 12", 0.625", 1lb 5 GPM (1.1 m3/h)
2519 15 2.5", 19.25", 0.625", 3lb 10 GPM (2.3 m3/h)
2540F 34 2.5", 40", 0.625", 4lb 10 GPM (2.3 m3/h)
2540M 32 2.5",38", 0.75" OD, 4lb 10 GPM (2.3 m3/h

*These specifications are for elements with our standard 31mil spacer.  For complete product specifications for all models see our UF/MF Sanitary Specification Sheet.

 
RECOMMENDED OPERATING PARAMETERS 

Parameter Specification
Maximum Inlet Pressure  116 PSI (8.0 Bar)
Minimum Outlet Pressure 10 PSI (0.7 Bar)
Maximum Pressure Differential  18 PSI (1.2 Bar)
Maximum Permeate Back Pressure  5 PSI (0.3 Bar)
Maximum Operating/CIP Temperature   131° F (55° C)**/
122° F (50° C)**
 pH Range 
(Operating @ 55°C/ CIP @ 50°C Max)
 2-10/1.8-11**
 Maximum Chlorine 
(in DF Water or Product) 
 <0.1ppm
 Maximum Chlorine 
(During CIP @ pH 10.8-11.0 & 50°C)
 180ppm
 Maximum Free Peroxide 
(in Product During Operation)
 <3ppm
 Maximum Peroxide 
(as a Sanitizer @ 25°C Max, pH 6-7)
 0.1%

 *For expanded descriptions, please see our complete UF/MF Sanitary Specification Sheet.
**Synder Filtration offers a line of UF and MF elements specifically designed to operate under extreme temperature and pH conditions.  See the PHT spec sheet for more information.

 

 

This information is believed to be accurate and reliable, but is not to be construed as implying any warranty or guarantee of performance.  We assume no responsibility, obligation or liability for results obtained or damages incurred through the application of the information contained herein.  Refer to Standard Warranty documentation for additional information.

2" Industrial Microfiltration Elements

2540F Element

Synder Filtration's 2" industrial microfiltration elements are ideal where 800KD to .2µ membrane pore sizes are desired for operations with low feed rates.  Available in a robust fiberglass casing or more economical tape wrapping, industrial grade membranes offer excellent performance with limited bypass.  

MEMBRANE ELEMENTS 

Membrane Model Polymer Approx. Molecular Weight Cutoff
FR PVDF  800 KD 
V0.1 PVDF  0.1μ
V0.2  PVDF  0.2μ
Size Membrane Area 
(sq. ft)
Dimensions
(OD, L, P.W.T OD, Weight) 
Tube Extensions Length
(male model)
Recommended Cross Flow Rate
1812 3.20 1.8", 11.75", 0.675, 1lb 1" (both ends) 2-3 GPM (1.1 m3/h)
2519H  13 2.5", 19.25",
0.62"(ID), 3lb
N/A 6 GPM (2.3 m3/h)
2540H 26 2.5", 40", 0.75", 4lb 1" (both ends) 6 GPM (2.3 m3/h)

*These specifications are for elements with our standard 31mil spacer.  For complete product specifications for all models see our UF/MF Industrial Specification Sheet.



RECOMMENDED OPERATING PARAMETERS 

Parameter Specification
Maximum Inlet Pressure  120 PSI (8.3 Bar)
Minimum Outlet Pressure 10 PSI (0.7 Bar)
Maximum Pressure Differential  35 PSI (2.4 Bar)
Maximum Permeate Back Pressure  5 PSI (0.3 Bar)
Maximum Operating/CIP Temperature   122° F (50° C)**/
110° F (43° C)**
 pH Range 
(Operating @ 55°C/ CIP @ 50°C Max)
 1-11/2-10.5**
 Maximum Chlorine 
(in DF Water or Product) 
 <0.1ppm
 Maximum Chlorine 
(During CIP @ pH 10.8-11.0 & 50°C)
 180ppm
 Maximum Free Peroxide 
(in Product During Operation)
 <3ppm
 Maximum Peroxide 
(as a Sanitizer @ 25°C Max, pH 6-7)
 0.1%

  *For expanded descriptions, please see our complete UF/MF Industrial Specification Sheet.
**Synder Filtration offers a line of UF and MF elements specifically designed to operate under extreme temperature and pH conditions.  See the PHT spec sheet for more information.

This information is believed to be accurate and reliable, but is not to be construed as implying any warranty or guarantee of performance.  We assume no responsibility, obligation or liability for results obtained or damages incurred through the application of the information contained herein.  Refer to Standard Warranty documentation for additional information.