Residential water softeners happen to be home appliances that convert dangerous hard water into soft water. Softeners function by replacing magnesium and calcium ions with sodium ions. Hard water has a lot of magnesium and calcium that lead to a broad range of inconvenient and expensive issues with your plumbing, water fixtures, and home appliances. For an in-depth review of water softeners, visit this website.
Hard water could also affect your laundry, skin, dishes, and hair. Water that has high concentrations of magnesium and calcium will make it hard for soap to foam, turning your plates and dishes cloudy and your laundry stiff as a result of soap deposits. Your skin and hair also become dry. Your appliances such as water heaters and coffee makers will clog up with hard scale deposits that prompt them to be less effective and efficient.
The most costly damage hard water could do is to your water pipes as well as plumbing fixtures such as shower heads and faucets. Hard scale deposits in plumbing fixtures and pipes will block the passage of water thereby preventing the free flow of water. Sooner or later, you would realize that your shower would only discharge a trickle of water and the water pressure in your faucets will significantly reduce.
Have you wondered how a water softener system affects your home’s plumbing system? This website explains the key effects.
Hard water includes high quantities of various minerals like calcium and magnesium. What exactly is water hardness? It’s measured by grains. Water with over 1 grain/gallon is typically classified as hard. So why should you consider using a water softener? It can help to lower the mineral concentration in your water, and thus make it soft.
Soft water is typically helpful to your household plumbing system. It’s still important to take some precautions in order to minimize the possible damage to the system. In addition, there’s even cases when soft water can in fact harm parts of your plumbing system. Here are some critical issues:
1. Water Heater
Hard water leaves a buildup of mineral scale in basic water heaters. When the water temperature is higher there’s more hard water left behind in the form of minerals like calcium and magnesium. Thus, the mineral buildup in the appliance is much more visible than in cold water pipes. Sometimes the popping sound you hear in water heaters is caused by minerals in the unit. It results from the expanding/contracting of the mineral buildup. The buildup of minerals inside a water heater can be reduced via a water softener system.
A big problem with hard water is it can result in a buildup of minerals like calcium/magnesium inside your water pipes. The most mineral buildup happens in steel pipes. It’s also possible in copper/plastic pipes but it’s less common.
When minerals build up in pipes the diameter inside is lowered. This reduces the volume of water flow. The turbulence that takes place in the water can be very abrasive and even result in the metal pipes’ walls to get thin and cause leaks. Minerals can also collect on showers, faucets, and other plumbing. Water softeners can help to lower/eliminate the buildup of minerals.
3. Septic Systems
The process of water softeners regenerating result in salt being passed through the system’s resin tank. This washes out the minerals like calcium and magnesium in order to charge up the resin. In this process salt goes down the house drain and can end up in the septic system.
Salt can have a negative effect on the septic system’s bacterial levels. A water softener system should use an electronic rather than a mechanical timer. This will help to produce better results.
In the case your home has a boiler it’s important to track the water rigidity levels. When there’s a high flow rate volume one of the possible results is pits in the boiler’s copper tubing. Meanwhile, very hard water can develop mineral deposits behind that can cause the boiler tubing to get clogged. The entire process is also affected by the water’s pH/acidic levels.
In the case your home has a boiler it’s critical to treat the water to get the best hardness/pH. That will help to boost the lifespan of the boiler. If you want to learn the recommended level for your particular boiler you should contact the boiler manufacturer.