Salt-Free Water Softeners Solve Hard Water Problems

A salt-free softener is a good option if you are concerned about hard water in the home. These systems can effectively treat your source of water without the waste or environmental costs associated with ion exchange water softeners.

Hard water can cause serious damage to your plumbing and appliances. However, installing a water treatment system can have major drawbacks. Salt-free water softeners are the most recent technology to solve hard water issues. These systems prevent hard water from damaging pipes and appliances, without the expense or environmental problems that other softening methods can cause. This technology should be available to you by your water treatment company.

Traditional softeners replace calcium and magnesium ions found in hard water with sodium, creating salty wastewater and consuming a large amount of energy. These water softeners are:

Was your system a waste of water? Did it take you at least 200-240 gallons to get through a week in traditional systems? This amounts to approximately 12,500 gallons per year of water lost. To put this number in perspective, many people in the developing world consume less than 3 gallons of water per day. One ion water softener can save enough water to feed 13 people for a whole year.

High sodium levels in wastewater They also produce salt water waste as an by-product. This salt water is then emitted to the main water supply. It will eventually need to be removed in order to make it drinkable again. Traditional ion water softeners don’t just waste water, but also add sodium to the water supply.

Problems can be solved with a no salt water softener system. These water treatment systems are more efficient than relying solely on sodium to remove calcium and magnesium. With no scaling or damage, the tiny calcium and magnesium crystals pass through plumbing and appliances without any problems. Use saltless water softeners

Use no electricity

Need no special drain

Offer “soft” quality for very low costs

They can be used in areas where salt systems are restricted

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