2000 LPH Industrial Water Softener

Ningbo Fortune is the supplier of 2000 LPH Industrial Water Softener, Possesses extensive manufacturing expertise, mastering the production processes and technologies of water softeners. Ningbo Fortune 2000 LPH Industrial Water Softener Built-in diagnostics and troubleshooting tools to streamline maintenance and reduce downtime.

Model:FQ-ISF-A

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Product Description

This Fortune 2000 LPH Industrial Water Softener Options for chemical-free alternatives to traditional salt-based systems, suitable for specific industrial processes and environmental considerations. The Fortune 2000 LPH Industrial Water Softener Real-time water usage tracking and reporting capabilities to support efficient resource management.

Fortune 2000 LPH Industrial Water Softener Parameter (Specification)

Model	FQ-ISF-A
Outlet hardness	<0.03mmol/L
Working pressure	0.2-0.6MPA
Control method	Manual, Automatic
Regeneration way	Time or Flow
Working electricity	220V/50HZ/1P
Softener tank	FRP or SS304
Regeneration	Brine tank
Auto control valve	Runxin
Softening material	Ion exchange resin
Brine tank	PE

Fortune 2000 LPH Industrial Water Softener Feature And Application

High-Efficiency Brine Recovery Systems

Heavy-Duty Industrial Pumps

Compliance with Industry Regulations

Automated CIP Systems

Diagnostics and Troubleshooting Tools

Minimum order quantity: 100 units

A 2000 LPH industrial water softener is engineered to process up to 2000 liters per hour, effectively removing hard minerals like calcium and magnesium from large-scale water supplies. This system is ideal for industrial settings such as factories, power plants, and commercial facilities where scale buildup can damage equipment and reduce efficiency. By softening the water, it helps prevent corrosion and clogging in boilers, pipelines, and machinery, extending their lifespan and reducing maintenance costs. The system's high capacity ensures a continuous supply of softened water, enhancing the effectiveness of cleaning processes and overall operational efficiency in demanding industrial environments.