MYTH: YOU CAN NEVER FULLY WASH OUT SOAP USING SOFT WATER

Showering in soft water can make your skin feel 'slippery' and may give you the sensation that soap and shampoo are never truly rinsed away. In fact, by removing the hardness from your water, a softener removes the barrier to the moisturizing agents within soap and shampoo. With hard water, soap residue leaves skin dry, and hair dull. But with soft water, you get to experience your skin and hair how they were always meant to be experienced - shiny and full of life. Clean, soft water is the instant boost your body never knew it needed.

MYTH: SOFT WATER TASTES SALTY

Some believe that because a water softener uses salt to remove water hardness, that the water that comes from a water softener must also taste salty. This is markedly false. In fact, most do not realize how little sodium is in soft water. The average amount of sodium in a quart of water from a water softener is 75 to 100 mg. That's less sodium than a slice of white bread. Another solution? Add a Reverse Osmosis water filter for completely sodium-free drinking water.

MYTH: WATER SOFTENERS WASTE LARGE AMOUNTS OF SALT AND WATER

Hague's technological advances in water softeners began in 1960 and are more energy-efficient than most conventional water softeners on the market. With the use of patented technology such as directional flow screens, our systems are fast, use minimal salt and waste little water.

MYTH: SALT-FREE AND SALT-BASED WATER SOFTENERS ARE THE SAME

While many salt-free or saltless water systems do exist, they are almost always 'descalers,' not true water softeners. This means that they only break down the hardness from the water entering your home. They do not help prevent the buildup of scale in pipes and appliances, but all the other benefits of soft water are forfeited.

MYTH: BOTTLED WATER IS MORE CONVENIENT, CHEAPER, AND CLEANER THAN SOFT WATER

Bottled water may be convenient, but it is definitely not cheap. Buying bottled water can result in paying 240 to 10,000 times more per-liter than making the most of your tap water. Not to mention the negative effects on the environment by using and throwing away all those plastic bottles. Bottled water can sometimes be perceived as 'pure water' or 'purified water,' but in most cases, bottled water is no purer than tap water.

How to Interpret Your Home Water Test Results (and What to Do Next)

December 7, 2025

Introduction

You’ve tested your home’s water—whether through a DIY kit or a professional service—and now you’re staring at numbers, chemical names, and abbreviations that don’t make much sense. What exactly do they mean? More importantly, what do you need to do about them?

For Indiana homeowners, understanding water test results is critical. Hardness, iron, chlorine, pH, and other factors can affect everything from appliance performance to your family’s health. This guide walks you through how to interpret your results and the practical steps to take next.

Understanding Your Water Test Results

Most home water tests measure several common factors. Each tells you something different about the safety, taste, and performance of your water supply.

Hardness

Measures the amount of calcium and magnesium in your water.

Soft water: 0–60 ppm (parts per million)
Moderately hard: 61–120 ppm
Hard: 121–180 ppm
Very hard: 181+ ppm
Hard water is very common in Indiana and can cause scale buildup, stains, and soap inefficiency.

Iron

Even small amounts of iron can cause reddish stains on fixtures, laundry, and dishes. Levels above 0.3 ppm are usually noticeable.

Manganese

Dark staining or black specks often point to manganese. Levels above 0.05 ppm may cause visible issues and affect taste.

Chlorine

Common in municipal water supplies for disinfection. While generally safe, high levels can create an unpleasant taste and smell, and contribute to dry skin.

pH

Indicates how acidic or alkaline your water is. Neutral pH is 7. Below 7 is acidic (which can corrode pipes), and above 7 is alkaline (which can cause scale).

Total Dissolved Solids (TDS)

Reflects the overall level of minerals, salts, and metals in your water. Higher TDS often means harder water and potential taste issues.

Contaminants

Depending on the test, results may also include bacteria, nitrates, or lead. Any positive result in these categories requires immediate professional attention.

What to Do Next: A Step-by-Step Guide

Understanding your water test is only the first step. The real value comes from knowing what to do with that information.

Step 1: Identify your main concerns

Review your results and note the issues most relevant to your household, whether that’s staining, taste, odor, or safety concerns.

Step 2: Match results with treatment options

Hardness: Best addressed with a water softener.
Iron and manganese: Require specialized filters or oxidation systems.
Chlorine: Can be reduced with carbon filtration or whole-house filters.
Low or high pH: Neutralizing filters can balance acidity or alkalinity.
Bacteria or contaminants: May require UV systems or reverse osmosis treatment.

Step 3: Consider system size and scope

Decide whether you need a whole-house system for comprehensive protection or point-of-use solutions (like drinking water filters) for targeted issues.

Step 4: Get professional confirmation

DIY kits are helpful, but professional testing ensures accuracy and provides recommendations tailored to Indiana’s specific water conditions.

Step 5: Plan ongoing maintenance

Any treatment system requires maintenance, whether it’s adding salt to a softener, replacing cartridges, or scheduling annual service.

FAQs on Water Test Results

How often should I test my home water?
At least once a year, or whenever you notice changes in taste, odor, or staining.
Are DIY water test kits accurate?
They provide a general snapshot, but professional testing is more precise and includes a wider range of contaminants.
Is hard water dangerous to drink?
No. Hard water is safe but can be costly due to plumbing damage and appliance inefficiency.
What if my test shows bacteria?
Stop drinking the water immediately and contact a professional. Bacteria contamination requires specialized disinfection or treatment.
Can one system fix all water issues?
Not usually. Most homes need a combination of systems—like a softener plus filtration—for complete water quality improvement.

Conclusion

Interpreting water test results doesn’t have to feel overwhelming. Once you understand what each measurement means, the path forward becomes clear. For most Indiana homes, especially in areas with very hard water, investing in professional treatment is both a practical and cost-saving choice.

By combining accurate testing with the right equipment, you can protect your family, your plumbing, and your peace of mind.

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Why Do Some Whole-Home Water Filters Cost More?

June 7, 2026

Introduction Two whole-home water filtration systems can look similar at first glance yet come with completely different price tags. One system may seem relatively affordable, while another costs significantly more before installation is even included. That difference often confuses homeowners who are trying to compare options. The reality is that whole-home water filters are designed for very different water conditions, property sizes, and treatment goals. Some systems only target basic sediment issues, while others are built to handle chlorine, iron, sulfur, heavy mineral content, or multiple contaminants at the same time. Pricing usually reflects how much treatment work the system is expected to perform. For homeowners researching filtration options, understanding what actually drives those costs makes it easier to compare systems based on long-term value instead of just the lowest upfront number. Not All Whole-Home Filters Solve the Same Problems One of the biggest reasons for price differences is that water quality problems vary widely between homes. Some households mainly want to improve taste and odor. Others are dealing with staining, sediment, well water contaminants, or chemical exposure concerns. The more complex the water issue becomes, the more advanced the filtration system usually needs to be. Basic Sediment Filtration Entry-level systems often focus mainly on sediment removal. These filters are commonly used to reduce: Dirt Sand Rust particles Debris from aging pipes Sediment systems are generally less expensive because they use simpler filtration media and fewer treatment stages. Carbon Filtration Systems Carbon filtration systems usually cost more because they target additional contaminants such as: