You can trust the experts at US Water Systems to provide you with a real water softener, you will love, not some salt-free fictional one that doesn't soften the water. With a water softener from US Water Systems, you will use up to 75% less soap, save up to 30% on water heating costs while protecting your plumbing and appliances. It will make your clothes whiter and brighter, and of course, it makes cleaning a breeze. You eliminate spots, streaks and scum on showers and fixtures as well, and one of the best parts is that you have spot-free dishes and silverware.
You know that price is important when you are shopping for a water softener, but even more important are four other factors:
Efficiency – Our Softeners use up to 75% less water and salt
Warranty - Many of our softeners have more than double the warranty of other softeners
Support – US Water's Legendary Technical Support after the sale is unparalleled in our industry
Technology ‐ Our Smartphone Technology is simple and gives you total control over your water softener
No scale buildup water heater efficiency is maintained
Overall appliance lifetime is maintained
Less cleaning products required to purchase.
Moisturized / healthier skin and hair
Cleaner, spot-free glass dishes
Cleaner clothes and whiter whites
Preserved look of faucets and fixtures
Disadvantage of hard water is that it costs money.
Detergents are not as effective at cleaning.
Washing clothes and dishes require more detergents
Scale buildup degrades water heater efficiency over time
Overall appliance lifetime is decreased
More cleaning products required to clean scale buildup.
Dry / damaged hair and skin
Unsightly film on glass dishes
Clothes fade faster and dingy whites
Scum, streaks, spots ruin faucets and fixtures
What Are the Advantages of Water Softener Systems?
The first and most important reason to use a home water softener is to remove the hardness minerals from your water. Hard water clogs the plumbing and any water-based application that relies on the plumbing. With soft water, you will no longer need to worry about rising energy bills because your appliances aren’t working as well, or expensive repair costs. You will also benefit from longer lasting clothing, detergents that work more effectively, and a clean feeling on your skin after a shower or bath.
What Are the Differences Between a Water Softener and a Water Conditioner?
Water softener systems work by removing hardness minerals and replacing them with sodium ions. Water conditioners are devices that help prevent the hardness-forming minerals from forming scale. They use a physical media to inhibit the scale from building up by neutralizing the hardness itself. Due to the fact that water conditioners use a physical media instead of a chemical media, they are sometimes considered a greener alternative in areas where it is forbidden to use salt. Water conditioners do not effectively remove hardness from the water supply, however, as the only way to do this is with a salt-based media.
Does Water Softening Actually Save Money on Energy?
The US Department of Energy says that “water heating can account for 14%-25% of the energy consumed in your home.” It is the second highest energy consuming area of a home, next to heating and cooling. The amount of minerals dissolved in water can cause it to take longer for water to heat, increasing those energy costs.
A study conducted in 2009 by the Water Quality Research Foundation in conjunction with the Battelle Memorial Institute, known as The Battelle Study, conducted tests to help determine how much energy savings a whole house water softener can provide homeowners. The results of that study indicate that untreated hard water added costs to water heating – up to 48% in some cases.
The Battelle Study also found hard water to rapidly lead to clogged shower heads, in some cases after as little as a year and a half of regular use. After just one week of constant testing with hard water, more than three-fourths of shower head nozzles became clogged, according to laboratory results. Shower heads using water treated by a water softening system, meanwhile, performed nearly as well as on the day they were installed.
Does a Water Softener System Actually Save Money on Soaps and Detergents?
A second part of the Battelle Study compared detergent dose, water hardness, and washing temperature to see if hardness had an impact on detergent savings. The study included tests that removed difficult soils, in addition to evaluating spotting and filming. Researchers found that softened water uses almost 30% less detergent, but cleans as well as water at 10 gpg hardness level. That detergent savings rises to nearly 70% when comparing soft water with water at a 25 gpg level.
“Better performance and savings can be achieved with softened water, ” the report’s authors concluded.
Water treated with a water softener system might not only save consumers money but could also be environmentally friendly, because it helps cut back on harmful detergents going into water streams. In areas where there is very hard water, consumers can often cut detergent use in dishwashers and washing machines by more than 50% after softening and get the same results.
Does Whole House Water Softener Discharge Hurt Household Septic Tanks?
Many people are hesitant to use water softening systems because they may be under the impression that the equipment regenerates quite frequently and puts a high load of sodium salts into the waste water. This, of course, is not true; the average family of four people would require whole house water softener regeneration approximately two or three times a week.
The water quality improvement industry has earnestly sought to sort out the factual information on water softener system effluent. A recent septic tank study from the Water Quality Association clearly indicates that there are no adverse effects when water softening waste water is discharged into properly installed private septic systems. There are several additional reports that also explain further evidence of the hardness ions in a softener’s regeneration waste causing less clogging and maintaining higher permeability than the regular septic tank effluent.