CQ corrosion-resistant stainless steel magnetic pump is usually composed of an electric motor, a magnetic coupling, and a stainless steel pump head. Its main feature is the use of magnetic couplings to transmit power, completely leak free use of multiple circulation cooling structure, ensuring the reliability and stability of the original power and magnetic transmission. At the same time, the use of column pin couplings reduces the noise and vibration of the water pump. The detachable and column pin couplings are used simultaneously, which increases the structure of the pump and is more conducive to its heat dissipation. At the same time, it is also very convenient for users to repair or replace parts. A cooling fan blade is also designed on the outer rotor of the pump to ensure the stability of the magnetic steel.

The CQ corrosion-resistant stainless steel magnetic pump has an input medium temperature of -15~+100 ℃, made of stainless steel, with a density not exceeding 1600kg/m3, a suction pressure not exceeding 0.2Mpa, and a working pressure of 1.3Mpa. It transports liquids without particles and fibers.

CQ corrosion-resistant magnetic pump is used for corrosive liquids that do not contain solid particles, strong acids, strong bases, ethanol, bleaching agents, photographic fluids, nitric acid, hydrochloric acid, hydrofluoric acid, acetic acid, sodium hydroxide, acetone, ethylene oxide, seawater, saltwater, and so on.
Note: If the medium temperature is high (above 150 ℃ is considered high temperature), customers must consider high-temperature resistant magnetic pumps, otherwise unnecessary trouble may occur.

CQ corrosion-resistant stainless steel magnetic pump consists of three parts: stainless steel pump, magnetic transmission, and electric motor. The key component of the magnetic transmission is composed of an outer magnetic rotor, an inner magnetic rotor, and a non-magnetic isolation sleeve. When the electric motor drives the outer magnetic rotor to rotate, the magnetic field can penetrate the air gap and non-magnetic substances, driving the inner magnetic rotor connected to the impeller to rotate synchronously, achieving non-contact transmission of power and transforming the dynamic seal into a static seal. Due to the complete sealing of the pump shaft and inner magnetic rotor by the pump body and isolation sleeve, the problems of 'running, emitting, dripping, and leaking' have been completely solved, eliminating the safety hazards of flammable, explosive, toxic, and harmful media leaking through the pump seal in the refining and chemical industry, effectively ensuring the physical and mental health and safe production of employees. The working principle of a magnetic pump is to arrange n pairs of magnets (n is even) in a regular manner and assemble them on the inner and outer magnetic rotors of a magnetic actuator, so that the magnet parts form a complete coupled magnetic system. When the inner and outer magnetic poles are opposite in polarity, i.e. the displacement angle between the two poles is Φ=0, the magnetic energy of the magnetic system is measured; When the magnetic poles rotate to opposite poles, i.e. the displacement angle between the two magnetic poles is Φ=2 π/n, the magnetic energy of the magnetic system is measured. After removing the external force, due to the mutual repulsion of the magnetic poles in the magnetic system, the magnetic force will restore the magnet to its magnetic energy state. So the magnet generates motion, driving the magnetic rotor to rotate. The type and basic parameters of CQP series stainless steel magnetic pumps comply with the JB/TQ786-89 "Type and Basic Parameters of Small Magnetic Driven Centrifugal Pumps" standard and the "Supplementary Provisions for Three Standards of Small Magnetic Driven Centrifugal Pumps".

Note: 1. Pump body: reinforced polypropylene; 2. Static ring: Silicon carbide or alumina ceramics; 3. Moving ring: filled with F4; 4. Impeller: reinforced polypropylene; 5. Sealing ring: Fluororubber; 6. Partition: reinforced polypropylene; 7. Isolation sleeve: enhanced polypropylene; 8. External magnet: HT200+permanent magnet; 9. Rotor: reinforced polypropylene+permanent magnet; 10. Spindle: Silicon carbide or alumina ceramic; 11. Bearing: filled with F4; 12. Bracket: HT200

1	pump casing	2	static ring	3	power and environment monitoring system	4	impeller	5	sealing ring
6	partition	7	Isolation sleeve	8	External magnetic steel assembly	9	Internal magnetic steel assembly	10	pump shaft
11	bushing	12	Connecting frame	13	motor

model	Flexible hose interface		Flow rate (m3/h)	head (m)	Motor power (KW)	voltage
	Import	Export
14CQ-5	14	10	1.2	5	0.12	220/380
16CQ-8	16	12	1.5	8	0.18	220/380
20CQ-12	20	12	3	12	0.37	220/380
25CQ-15	25	20	6.6	15	1.1	380
32CQ-15	32	25	6.6	15	1.1	380
32CQ-25	32	25	6.6	25	1.1	380
40CQ-20	40	32	10.8	20	2.2	380
40CQ-32	40	32	12	32	4	380
50CQ-25	50	40	14.4	25	4	380
50CQ-32	50	40	13.2	32	4	380
50CQ-50	50	32	7.8	50	5.5	380
65CQ-25	65	50	16.8	25	5.5	380
65CQ-32	65	50	27	32	7.5	380
80CQ-32	80	65	51	32	11	380
50CQ-50	80	65	51	50	15	380
100CQ-32	100	80	60	32	15	380
100CQ-50	100	80	60	50	18.5	380
Note: 16CQ-8 to 100CQ-50 in the table can all be equipped with explosion-proof motors

medium name

concentration

polypropylene

concentration

A B C

concentration

stainless steel

concentration

ceramics

%

25℃

50℃

%

20℃

60℃

%

25℃

50℃

%

25℃

50℃

sulfuric acid

60

√

√

＜30

√

×

＜5

√

×

V

V

nitric acid

25

√

√

20

√

○

70

V

√

V

V

hydrochloric acid

36

√

√

＜38

√

√

×

V

V

Hydrofluoric acid

35

√

√

40

√

×

×

0~100

×

acetic acid

＜80

√

√

＜20

√

○

＜20

√

√

V

V

sodium hydroxide

100

√

√

√

√

70

√

√

○

×

potassium bichromate

25

√

√

√

√

40~60

V

V

10~20

V

V

Bromine water

×

×

○

×

○

V

V

ethanol

√

○

＜50

√

√

V

√

V

V

acetone

√

○

10

○

V

V

V

×

Tetrachloroethane

○

○

×

50

V

V

V

V

Freon 22

√

√

○

○

V

V

V

Bleach solution

CL13%

√

√

CL12.5%

○

○

CL12.5%

×

V

V

plating solution

√

√

○

×

V

V

Photographic liquid

√

√

√

√

V

V

V