Basic Info.

Max.Head	<10m	Max.Capacity	>400 L/min
Driving Type	Motor	Impeller Number	Single-Stage Pump
Working Pressure	Low Pressure Pump	Influent Type of Impeller	Single Suction Pump
Position of Pump Shaft	Horizontal Pump	Pump Casing Combined	Horizontal Split Pumps
Mounting Height	Suction Centrifugal	Impeller	Open
Usage	Pump, Pumps, Circulating Pump	Standard	GB/T13008
Temperature	~200 Degree	Pressure	~0.6MPa
Head	1.5~7.0m	Rotation Speed	320/360/380/400/500/730/980
Capacity	3~2600m3/H	Transport Package	Plywood Box
Specification	1000.00cm * 2000.00cm * 1000.00cm	Trademark	haishi
Origin	Jiangsu, China	HS Code	8413709990
Production Capacity	5000

Products Description

When to Use Horizontal Split Pumps

Horizontal Split Pumps are a popular choice for large-scale fluid handling due to their efficiency, easy maintenance, and robust design. Understanding when to use this type of pump can help ensure optimal performance in your system.

1. High Flow, Medium Head Applications

Horizontal split case pumps are ideal when the system requires high volumes of fluid transfer at moderate pressure. This makes them suitable for water supply networks, HVAC systems, and irrigation projects.

2. Need for Easy Maintenance

Since the casing splits horizontally, the internal components like the impeller and bearings can be accessed without disconnecting the suction or discharge piping. This design simplifies maintenance and reduces downtime.

3. Long-Term, Continuous Operation

These pumps are built for durability and efficiency under continuous use. Industries such as power generation, municipal water treatment, and industrial plants benefit from the pump's ability to operate with minimal wear over time.

4. Stable Installation Environments

Horizontal pumps are best used where space is available for horizontal alignment and where a fixed base can support the weight and size of the unit. They're not ideal for mobile or space-constrained systems.

Conclusion

Choosing a Horizontal Split Pump makes sense when your operation demands high-capacity flow, reliability, and ease of maintenance. For projects requiring consistent and long-term pumping performance, it remains a trusted solution across multiple industries.

product-1060-795

Demonstration Of The Type	Range Of Application	Performance Parameter
HZX-800 HZX(FJX): Series code 800: Nominal diameter of the impeller	For new energy, MVR device, ammonium phosphate, phosphoric acid, vacuum salt, Forced circulation of evaporators in alumina, caustic soda and other chemical industries, It can also be used as a circulating pump for crystallization and reactor. Can also be used in chemical, petrochemical, oil refinery, power plant, paper,Pulp and alkali, urban water supply and other industries. Suitable for conveying normal temperature or medium temperature neutral or corrosive, clean or containing particles of media.	Flow rate: ~50000m³/h Head: ~8m Speed: 380~980r/min Design pressure: ~ 1.6MPa Operating temperature: -20ºC~150ºC

1. Pump body 2. Impeller hub 3. Impeller blade 4. Protective sleeve 5. Shafting6. Shaft seal 7. Non-drive end bearing 8. Bearing box 9. Oil pan 10. Drive end bearing

HZX/FJX type pump is horizontal, radial split, cantilever type axial flow pump. According to GB/T13008 "mixed flow pump, axial flow pump technical conditions" design and manufacture.
HZX is a suspended evaporative circulation pump that is suspended from the evaporator and moves up and down with the thermal expansion and contraction of the evaporator, eliminating the expensive expansion joints on the evaporator to operate reliably. Pump body adopts plate welding structure, polished, low resistance.
FJX is a foot supported circulating pump. This series of pumps has the characteristics of safe and reliable structure, stable operation and convenient maintenance. Stable hydraulic performance, high efficiency, wide range of use, is a high-efficiency energy-saving products.