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High Pure Water EDI Module 10 M3/h 99% Chloride Removal for Semiconductor Optics Automotive Industries

High Pure Water EDI Module 10 M3/h 99% Chloride Removal for Semiconductor Optics Automotive Industries

High Pure Water EDI Module

10 M3/h EDI Stack

99% Chloride Removal Module

Place of Origin:

Jiangsu, China

Brand Name:

DUBHE

Certification:

ISO 9001:2015

Model Number:

GF-DF / GF-MK Series

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Request A Quote
Product Details
Product Type:
Electrodeionization (CEDI) Module
Maximum Flow Rate:
0.67-10 M3/hr
Standard Flow Rate:
0.5-8 M3/hr
Minimum Flow Rate:
0.22-3.5 M3/hr
Recovery Rate:
90-95%
Silicon Removal Rate:
> 90%
Chloride Removal Rate:
99%
Service Life:
More Than 80,000 Hours
Operating Temperature:
5-45 C
Feed Pressure:
1.4-7 Bar
Recommended Feed PH:
8.0 +/- 0.25
DC Voltage:
0-400 V DC
DC Current:
2.0-5.0 A
Highlight:

High Pure Water EDI Module

,

10 M3/h EDI Stack

,

99% Chloride Removal Module

Payment & Shipping Terms
Minimum Order Quantity
1 Set
Price
USD 325 / Set
Packaging Details
Seaworthy wooden case with shock-proof internal support
Delivery Time
15-25 working days after order confirmation
Payment Terms
T/T,L/C,Western Union
Supply Ability
5000 Cubic Meters per Month
Product Description

CEDI MODULE FOR HIGH PURE WATER

High pure water for other industries | semiconductor, optics, automotive, laboratory

Product Overview

This DUBHE CEDI module is configured for high pure water production in other industries beyond power generation, food processing and municipal supply – including semiconductor and electronics manufacturing, precision optics, surface finishing, automotive coating, laboratory analysis and general industrial desalted water. Placed as the final polishing stage after reverse osmosis, the module removes residual dissolved ions, silica and carbon dioxide to reach high purity water without acid and caustic regeneration.

Because the stack regenerates its ion exchange resin continuously by direct current, factories obtain a stable high purity water supply with predictable operating cost, low chemical consumption and minimal operator intervention across single and multi-shift production.

Why Industry Buyers Choose This Module

  • Wide pH range chemical cleaning tolerance, high reliability and long life design.
  • CPVC runner plate frame with high weather resistance, built for outdoor and containerised plants.
  • Double O-ring sealing with double injection moulding prevents internal and external leakage.
  • 2 in 2 out port design, a direct replacement for conventional ordinary runner stacks.
  • Specially developed ion exchange membrane with extremely high ion selectivity in a compact volume.
  • Designed service life of more than 80,000 hours with 90-95% water recovery.
  • Stable conductivity in the product water, protecting downstream precision equipment.
  • No acid or caustic storage, reducing chemical handling and operator risk.
  • Compact module footprint for skid-mounted and containerised water rooms.

Typical High Pure Water Applications

  • Semiconductor, PCB and electronics component rinse water.
  • Precision optics, glass and coating line feed water.
  • Automotive paint shop and surface treatment rinse water.
  • Laboratory ultrapure water and analytical instrument feed.
  • General industrial desalted water for boiler and process use.

Technical Specifications

(General industrial desalted water, high purity water)


Item

GF - MK30 - 5

GF - MK40 - 5

GF - MK50 - 5

GF - MK60 - 5

GF - MK70 - 5
DC Voltage(V,DC)
0 -400
0 -400
0 -400
0 -400
0 -400
DC Current(A,DC )
2.0-5.0
2.0-5.0
2.0-5.0
2.0-5.0
2.0-5.0
Recommended feed (PH)
8.0 ±0.25
8.0 ±0.25
8 .0 ±0.25
8 .0 ±0.25
8 .0 ±0.25
Feed pressure(bar )
1.4-7
1.4-7
1.4-7
1.4-7
1.4-7
Operating temperature(℃)
5-45
5-45
5-45
5-45
5-45
Normal flow pressure Difference(bar)
1.4-3.0
1.4-3.0
1.4-3.0
1.4-3.0
1.4-3.0

Flow  rate( m 3 / h )
Max:3 . 3
Standard:3 .0
Min:1 . 5
Max:4 .4
Standard:4 .0
Min:2 .0
Max::5. 5
Standard: 5 .0
Min :2. 5
Max:6 . 6
Standard:6 .0
Min:3 .0
Max:8 .0
Standard:7 .0
Min:3 . 5
Recovery rate(%)

90-95

90-95

90-95

90-95

90-95
Polar water
flow( L/hr)
80 - 120
80- 120
80 - 120
80 - 120
80 - 120
Water production    resistivity ( MΩ .cm )
≥  16
≥  16
≥  16
≥  16
≥  15

TOC Removal Rate
(Depending on  feed water)(PPM )

>90

>90

>90

>90

>90
Silica (SiO2) Removal Rate (Depending on feed water)

90 -99.0

90-99.0

90 -99.0

90 -99.0

90 -99.0
Na+ Removal Rate
>99%
>99%
>99%
>99%
>99%

CL- Removal Rate
>99%
>99%
>99%
>99%
>99%
Dimensions
(L*W*H)(mm)
570*315*608
730*315*608
810*315*608
865*315*608
865*315*608
Fixed center distance ( mm )
Crosswise:215
Portrait:430
Crosswise:215
Portrait: 590
Crosswise:215
Portrait: 670
Crosswise:215
Portrait: 72
Crosswise:215
Portrait: 725
Operating weight ( KG)
90
121
136
147

156

 (semiconductor  grade  boron  removal)

Item

GF- UPW -  B10

GF- UPW -  B20

GF- UPW -  B30

GF- UPW - B40

GF- UPW - B50
DC Voltage(V,DC)
0 -400
0 -400
0 -400
0 -400
0 -400
DC Current(A,DC )
2 .0-5.0
2 .0-5.0
2 .0-5.0
2 .0-5.0
2 .0-5.0
Recommended feed(PH)
7 .5-9.0
7 .5-9.0
7 .5-9.0
7 .5-9.0
7 .5-9.0
Feed pressure(bar )
2 .0-7
2 .0-7
2 .0-7
2 .0-7
2 .0-7
Operating temperature (℃)
20 -45
20 -45
20 -45
20 -45
20 -45

Normal flow pressure
1 .4-2 .8
1 .4-2 .8
1 .4-2 .8
1 .4-2 .8
1 .4-2 .8

Flow  rate( m3 /h )
Max :1 . 2
Standard :1 .0
Min :0 .4
Max :2 . 2
Standard :2 .0
Min :1 . 2
Max :3 . 3
Standard :3 .0
Min :1 . 6
Max :4 .4
Standard :4 .0
Min :2 .0
Max :5 . 5
Standard :5 .0
Min :2 .4
Recovery rate(%)
90-95
90-95
90-95
90-95
90-95
Polar water flow ( L/hr)

80 - 120

80 - 120

80 - 120

80 - 120

80 - 120
Water production    resistivity (MΩ.cm )

≥  17

≥  17

≥  17

≥  17

≥  17
TOC Removal Rate
(Depending on  feed water)(PPM)
>95%
>95%
>95%
>95%
>95%
Silica (SiO2) Removal Rate (Depending on feed water)
90 -99.0
90 -99.0
90 -99.0
90 -99.0
90 -99.0

Boron  Removal Rate   %
90 -99.0
90 -99.0
90 -99.0
90 -99.0
90 -99.0

Na+ Removal Rate

>99 .9 %

>99 .9 %

>99 .9 %

>99 .9 %

>99 .9 %
 CL- Removal Rate
 >99 .9 %
 >99 .9 %
 >99 .9 %
 >99 .9 %
 >99 .9 %
Dimensions(L*W *H)(mm)
363 * 315* 608
497 * 315 * 608
630 * 315 * 608
710 * 315 * 608
830 * 315 * 608
Fixed center   distance ( mm )
Crosswise:215
Portrait:243
Crosswise:215
Portrait:377
Crosswise:215
Portrait:510
Crosswise:215
Portrait :590
Crosswise:215
Portrait:710
Operating weight ( KG)
 52
 78
 104
 119
 142

Selection Parameters

Model
(m³/h)MAavimumElowRate
(m³/h)StandardFlowRate
(m³/h)MinFlowRate
(mm)Dimensions
(L*W*H)
(mm)FixedCenterDistanceW1L1

(KG)ProductNetWeight
GF-DF05
0.67
0.50
0.22
202*315*660
215
172
41
GF-DF10
1.65
1.10
0.55
280*315*660
215
245
54
GF-DF20
3.10
2.00
1.10
387*315*660
215
357
76
GF-DF30
5.10
3.30
1.65
572*315*660
215
540
105
GF-DF50
7.67
5.10
2.55
785*315*660
215
757
150
GF-DF80
10.00
8.00
3.50
918*315*660
215
893
176


Export Markets & Delivery

DUBHE CEDI modules are exported regularly to Latin America, South America and South Africa, including Brazil, Chile, Peru, Colombia, Mexico, Argentina and the Republic of South Africa. Standard export packing is a seaworthy wooden case with shock-proof internal support; documents, wiring diagrams and commissioning guidance are supplied with every shipment.

  • Seaworthy wooden case packing, suitable for long ocean freight and inland transport.
  • Delivery time 15-25 working days after order confirmation.
  • Payment terms: T/T, L/C, Western Union.
  • Standard flow selection from 0.5 M3/h to 8 M3/h, up to 10 M3/h maximum per module.


Need a high pure water solution for your factory?

Tell us your required conductivity, hourly demand and feed water analysis. Our engineers will select the CEDI model and sketch the water train within 24 hours. Contact us today.

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