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Robust Fluoroplastic Magnetic Drive Pump Leakproof Used For Conveying Strongly Corrosive Wastewater

Robust Fluoroplastic Magnetic Drive Pump Leakproof Used For Conveying Strongly Corrosive Wastewater

Brand Name: aa&ss
Model Number: IMD-FT
MOQ: 1 unit
Price: $300-$30,000
Payment Terms: L/C,T/T
Supply Ability: 1-30 unit/month
Detail Information
Place of Origin:
China
Name:
Magnetic Drive Pump
Power Supply Voltage:
AC 200~400V, Optional
Power Supply Frequency:
50/60Hz
Equipment Power:
Determined By Pump Model
Temperature Range:
-20℃ - 100℃
Flow Rate:
3 M³/h ~ 400 M³/h
Lift:
15 M ~ 125 M
Media:
Wastewater, Solvents, Corrosive Liquids
Weight:
Determined By Pump Model
Supply Ability:
1-30 unit/month
Highlight:

Fluoroplastic Magnetic Drive Pump

,

Robust Magnetic Drive Pump

,

Magnetic Drive Pump Leakproof

Product Description

Fluoroplastic Magnetic Drive Pump: Used for conveying strongly corrosive wastewater, strongly oxidizing wastewater and chemicals.

Quick Details

Fluoroplastic Magnetic Drive Pump

Power Supply Voltage: AC 200~400V, optional

Power Supply Frequency: 50/60Hz

Equipment Power: Determined by pump model

Temperature Range: -20 - 100

Flow Rate: 3 m³/h ~ 400 m³/h

Lift: 15 m ~ 125 m

Customizable on Demand

This pump is a high-power and high-head fluoroplastic magnetic drive pump. Its external dimensions and installation sizes are all designed and manufactured in accordance with ISO international standards. All specifications adopt a motor direct-coupled structure supported by an intermediate bracket, featuring a compact layout and convenient disassembly. The main components are made of steel lined with F46, ensuring high strength of the pump body. High-performance neodymium-iron-boron magnetic material is used for the internal and external magnets, and the isolation sleeve is made of imported non-metallic materials, which greatly reduces magnetic eddy current loss. The pump is capable of conveying high-concentration, highly corrosive media with a density exceeding 1.9 t/m³.

It adopts an indirect non-contact magnetic drive mode. The internal and external magnets are completely isolated by an isolation sleeve, keeping the pump chamber in a fully sealed state. This completely eliminates leakage and avoids any pollution to the application site, making it particularly suitable for conveying strong acids, strong alkalis, strong oxidants, flammable and explosive substances, toxic and volatile media. With its excellent performance and low price, the IMD series magnetic drive pump has become the first choice for users to replace expensive imported magnetic drive pumps with difficult-to-obtain spare parts in many projects.

The flow rate of this magnetic drive pump ranges from 6 to 120 m³/h, and the lift ranges from 15 to 40 m. It is suitable for conveying highly corrosive, flammable, toxic and volatile chemical media.

Operating Temperature: -20℃ to 100℃. Dry running of the pump is strictly prohibited.

Leak-proof Design and Working Principle:The shaft seal is eliminated, and the pump is driven indirectly by magnetic coupling, completely getting rid of the trouble of leakage and avoiding any pollution to the application site. Since the wetted parts of the pump are made of fluoroplastic alloy, it can continuously convey corrosive media such as acids, alkalis and strong oxidants of any concentration without any damage. The driving device adopts an active permanent magnet coupling directly mounted on the motor shaft. The pump chamber is fully sealed, and the impeller is driven to rotate indirectly through magnetic coupling, featuring a compact structure, safety and energy efficiency.

Robust and Durable Pump Body Structure:Although the liquid-contacting parts are made of fluoroplastic, the pump casing is constructed with metal materials, so the pump body is strong enough to bear the weight of pipelines and resist mechanical impact.

Robust Fluoroplastic Magnetic Drive Pump Leakproof Used For Conveying Strongly Corrosive Wastewater 0 

Robust Fluoroplastic Magnetic Drive Pump Leakproof Used For Conveying Strongly Corrosive Wastewater 1

Model and Technical Data

Model

Flow Rate

(m³/h)

Lift

(m)

Rotational Speed

(r/min)

Motor Power

(kW)

Efficiency

(%)

Net Positive Suction Head

(m)

 
 

IMD40-25-160FT

6

32

2900

3

46

5

 

IMD40-25-200FT

6

50

2900

7.5

25

3.5

 

IMD40-25-250FT

6

80

2900

11

23

3

 

IMD50-32-125FT

12.5

26

2900

1.5

40

3.5

 

IMD50-32-160FT

12.5

32

2900

4

42

3.5

 

IMD50-32-200FT

12.5

50

2900

7.5

45

3.5

 

IMD50-32-250FT

12.5

80

2900

15

50

3.5

 

IMD65-50-125FT

25

20

2900

4

52

4

 

IMD65-50-160FT

25

32

2900

7.5

55

4

 

IMD65-40-200FT

25

50

2900

11

53

4

 

IMD65-40-250FT

25

80

2900

18.5

32

4

 

IMD80-65-125FT

50

20

2900

7.5

51

4

 

IMD80-65-160FT

50

32

2900

11

60

4

 

IMD80-50-200FT

50

50

2900

18.5

54

4

 

IMD80-50-250FT

50

80

2900

37

57

5

 

IMD100-80-125FT

100

20

2900

11

68

4

 

IMD100-80-160FT

100

50

2900

18.5

55

5

 

IMD100-65-200FT

100

20

2900

30

63

5

 

IMD100-65-250FT

100

80

2900

45

65

5

 

IMD125-100-160FT

130

20

2900

30

45

6

 

IMD125-100-200FT

200

50

2900

55

55

5

 

IMD125-100-250FT

200

80

2900

75

60

6

 

IMD150-125-200FT

200

32

1450

37

70

5

 

IMD150-125-250FT

250

80

2900

90

65

5.5

 

IMD150-125-250FT

200

20

1450

22

73

6

 

IMD150-125-315FT

200

32

1450

37

73

6

 

IMD200-150-250FT

400

20

1450

75

78

7

 

IMD200-150-315FT

400

32

1450

110

78

7

 

IMD200-150-400FT

400

50

2900

90

70

7

 

Corrosion Resistance Performance Parameter Table of Fluoroplastic Alloy Pumps and Valves

Medium

Concentration

≤%

Temperature

Medium

Concentration

≤%

Temperature

25

75

25

75

Sulfuric Acid

90

Potassium Hydroxide

50

Nitric Acid

30

×

Ammonium Hydroxide

 

Hydrochloric Acid

 

 

Barium Hydroxide

50

Phosphoric Acid

 

Magnesium Hydroxide

 

Hydrofluoric Acid*

 

Aluminum Hydroxide

 

Hydrobromic Acid

 

Lithium Hydroxide

 

Hydroiodic Acid

 

Aqueous Hydrogen Peroxide

 

Hydrocyanic Acid

 

Aqueous Bromine Solution

 

Sulfurous Acid

 

Iodine Solution

 

Nitrous Acid

 

Anhydrous Ammonia

 

Hypochlorous Acid*

 

Methanol

 

Perchloric Acid*

 

Ethanol

 

Chromic Acid

80

Butanol

 

Aqua Regia*

 

Formaldehyde

 

Acetic Acid

 

Acetaldehyde

 

Formic Acid

 

 

 

 

 

Butyric Acid

 

Aniline

 

Valeric Acid

 

Chloromethane

 

Oleic Acid

 

Dichloromethane

 

Benzoic Acid

 

Trichloromethane

 

Sodium Hydroxide

50

Tetrachloromethane

 

"√" indicates good corrosion resistance;

"×" indicates corrosion occurs;

"*" indicates material selection is required for some parts;

Items without marked symbols indicate applicable to any concentration.