Water Softener System
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Water Softener System

Working pressure: 0.3MPa~0.4 MPa
Working temperature: normal temperature
Filter flow rate: 15m/h~30m/h
Single unit flow rate: 0.5m3/h~250m3/h

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Product Introduction

product-1033-594

Technical parameters:

Product specifications: ф 300~ ф three thousand and two hundred

Simplified material: 304, 316L, Q235 rubber lining

Working temperature: 5 ℃~40 ℃

Single unit flow rate: 4.0 m3/h~482m3/h

Working pressure: normal pressure

Operation mode: manual or automatic control

Filtering speed: 40m/h~60m/h

Filler height: 1600mm~3700mm

Sample time: 3-7 working days

Warranty: 1 year

Backwash: Automatically backwashing

The Origins of Water Softening

Water softening has evolved significantly since its beginnings in the late 18th century. Early methods involved adding lime to hard water to precipitate calcium carbonate and clarify water. In the 1830s, developers started saturating soils with salt to exchange calcium ions.

The modern water softener was invented in 1905 by American Drew W. Kobe. He discovered that sodium-saturated zeolite minerals could reversibly exchange hard water ions. This ion exchange process formed the basis for modern resin tank softeners.

In the 1930s, synthetic resins like styrene and acrylic improved ion exchange capacity and enabled home water softeners. Automated controls and nitrified resin further advanced reliability. Today, digitally-programmed units precisely regulate flows for efficient softening.

Benefits Across Industries

Mining - Hard water scales HEPA filters, flotation cells and process pipes. Softening prevents costly damage and extends equipment life in mineral extraction plants.

Water Resources - Resin softening removes problem ions like iron that discolor distribution pipes without chemical overdosing. It also prevents corrosion of treatment works.

Agriculture - Ripple effects of hard water negatively impact livestock and crop irrigation efficiency. Softening delivers major cost savings through improved animal health and higher yields on thousands of agricultural acres.

Softened water safeguards capital equipment investments with major lifecycle cost benefits. digital controls additionally enable remote monitoring and predictive maintenance for maximizing uptime at remote sites.

Over a century of continuous refinement has delivered the effective and reliable softening technology widely used today across key industries worldwide. Contact XinKay to discuss customized solutions.

Model	Sc12-600	Sc12-700	Sc12-800	Sc12-900	Sc12-000	Sc12-1100
Scale	Φ600×3500	Φ700×3500	Φ800×3700	Φ900×3800	Φ1000×4000	Φ1100×4100
Draught fan	1.1kw	1.1kw	1.5kw	1.5kw	1.5kw	1.5kw
Quantity of flow	1~10m³/h	10~23m³/h	23~30m³/h	30~40m³/h	40~48m³/h	48~58m³/h

Model	Sc12-1200	Sc12-1300	Sc12-1400	Sc12-1500	Sc12-1600	Sc12-1700
Scale	Φ1200×4200	Φ1300×4300	Φ1400×4300	Φ1500×4400	Φ1600×4500	Φ1700×4600
Draught fan	2.2kw	2.2kw	2.2kw	3kw	3kw	4kw
Quantity of flow	58~68m³/h	68~80m³/h	80~92m³/h	92~106m³/h	106~120m³/h	120~136m³/h

Model	Sc12-1800	Sc12-1900	Sc12-2000	Sc12-2100	Sc12-2200	Sc12-2300
Scale	Φ1800×4600	Φ1900×4700	Φ2000×4800	Φ2100×4900	Φ2200×5000	Φ2300×5100
Draught fan	4kw	5.5kw	5.5kw	5.5kw	7.5kw	7.5kw
Quantity of flow	136~152m³/h	152~170m³/h	170~188m³/h	188~210m³/h	210~230m³/h	230~250m³/h

Model	Sc12-2400	Sc12-2500	Sc12-2600	Sc12-2800	Sc12-3000	Sc12-3200
Scale	Φ2400×5200	Φ2500×5300	Φ2600×5400	Φ2800×5600	Φ3000×5800	Φ3200×6300
Draught fan	7.5kw	7.5kw	11kw	11kw	11kw	11kw
Quantity of flow	250~270m³/h	270~300m³/h	300~320m³/h	320~370m³/h	370~420m³/h	420~500m³/h