Water Softeners: Treating Water for Better Hair and Skincare
Have you ever wondered why your skin and hair feel weird soon after you had a shower? Many can vouch that their skin becomes itchy, and they experience some form of irritation once they showered.
The best way to put this issue to rest once and for all is through using water softeners. Would you love to know how these can make your entire showering experience better?
It begins with developing an understanding of how do water softeners work. The thing is that hard water is rich in magnesium and calcium carbonates and possesses a high mineral content which combined with soap turns into a gelatinous curd. As a result, our soap becomes less efficient, and we need more of it to wash ourselves. This is not what we signed up for.
That is not all we end up dealing with as the drops of water and soap in it lead to scale buildups that can eventually block the down pipes. What also happens is that the efficiency of your water heater is jeopardized. Therefore, more energy is needed to heat the water, which results in an increased energy bill.
The best water softeners eradicate issues like these. They go to work by removing any metal cations such as magnesium and calcium. What it does is to push the water from your shower through the inbuilt tank that has negatively charged beads in it.
Remember that prior to being pumped to your household, water is infused with chloramine or chlorine to have it disinfected. Be aware that the very same water is not suitable for your skin or hair.
You may say that it is all fair and well, but how do I know my water softener is working?
The way it works is that the water is treated using a water softener to reduce the negative impact produced by hard water. They are specific ion exchanges that are put into place to remove positively charged ions.
What are the Benefits of water softeners?
It pays to have a water softener as you will experience:
- No more issues with drizzling shower heads
- An incredible difference in how your skin and hair feel
- No more dripping or leaking taps
- Fewer hassles with buildup residue on your shower walls
- Shinier and cleaner silverware
- Softer clothing as hard minerals will not trap itself in the fabric
Another issue that may become a concern for some people is whether or not it is a good idea to take a shower during the water softener regeneration cycle. You can. However, you can expect low water pressure and should the softener be a single tank system; the water will be untreated during the regeneration process.
To remedy the situation we described over here, you need to invest in a dual tank water softener, so the only problem you will experience is a drop in water pressure.
Now that we covered some of your concerns over the use of water softeners to improve your showering experience let’s have a look at the two different types you get nowadays.
How Salt-Based and Salt-Free Water Softeners Are Different
You will discover that a salt-based softener will ensure you experience more of a sleek feeling and the soap you use will bubble more. Other benefits you will notice would be softer skin, reduced scale buildup, and brighter colors in your clothing.
While salt-free systems offer the same benefits, it provides a healthier way of doing so in that no sodium is required. This is often the reason why they are considered as Eco-friendly and less risky to people who have heart disease and high blood pressure.
Another plus from using salt-free systems is that there are far less maintenance concerns as no salt or chemicals are being used. These units easily last up to 5 years if not longer before a replacement is needed.
Whereas salt-based systems require replenishment monthly. On the other hand, these are heavy-duty and do a sterling job at removing hardness in your water.
Making use of a water softener will not only add value to one’s showering experience, but homeowners can look forward to clean water without worrying about their piping becoming clogged which often include their geyser, dishwasher, and washing machine.