woman thinking what's in my tap water

Before you pour your next glass of water…
Before your kids fill up their drink bottles…
Before you step into your next hot shower…

Ask yourself one important question: Do you actually know what’s in your water?

Not just what you’ve been told.
Not just what is considered “within acceptable limits.”

But what is actually flowing through your household pipes every single day.

Water makes up around 60–70% of the human body.

So if your water quality isn’t optimal, it raises an important question: What does that mean for your daily health and wellbeing?

Is Tap Water in Australia Safe?

pouring water in a glass

Australian tap water is regulated and generally meets national safety standards. That part is true.

However, there is an important distinction between:

  • Water that meets minimum regulatory standards, and

  • Water that is optimised for long-term consumption and household use

Modern municipal water supplies may legally contain small amounts of:

  • Fluoride

  • PFAS / PFOS (“forever chemicals”)

  • Chlorine or chloramine disinfectants

  • Heavy metals

  • Agricultural runoff

  • Water treatment by-products

All of these substances can exist within permitted regulatory limits. But many Australian households ask a simple question: If you have the option to remove them — why wouldn’t you?

This question is one reason why more homeowners are exploring home water filtration systems in Australia.

The Emerging Water Contaminant Concern: PFAS and PFOS

In recent years, PFAS chemicals have become a growing topic in water quality discussions. PFAS are often called “forever chemicals” because they do not break down easily in the environment or in the human body.

Historically, PFAS compounds have been used in:

  • Firefighting foams

  • Industrial manufacturing processes

  • Non-stick coatings

  • Water-resistant materials

In recent years, PFAS contamination has been detected in various Australian regions, prompting increased monitoring and tighter regulatory guidance.

As awareness grows, communities and families are increasingly asking: How can we reduce potential exposure in everyday life?

For many households, the answer is installing a high-quality water filtration system capable of reducing PFAS and PFOS compounds. Not out of panic — but out of forward planning and precaution.

Chlorine and Chloramine in Tap Water

tap water in bathroom

Chlorine has played a crucial role in protecting public health for over a century. It is widely used to disinfect water supplies and prevent harmful microbial contamination. However, some Australians notice certain side effects when chlorine or chloramine are present in their water, including:

  • Dry or itchy skin

  • Brittle or dry hair

  • Strong taste or odour in drinking water

  • Eye irritation

  • Sensitivity during hot showers

Many water authorities now use chloramine, a more stable disinfectant. While effective for water treatment, chloramine can be more difficult to remove than chlorine, requiring specific filtration technologies.

During hot showers, chlorine and chloramine compounds can also vaporise into the air, which some households prefer to reduce through filtration. Again, these substances may be legally safe at regulated levels. But many families still prefer the option of removing them from their household water supply.

Fluoride in Drinking Water: Why Some Households Choose Filtration

toothpaste on toothbrush

Fluoride is commonly added to public water supplies to help reduce tooth decay. Major health organisations support water fluoridation as a public health measure. However, millions of people worldwide still choose to remove fluoride from their drinking water.

For many families, this decision is not about debate. It is about having control over what enters their bodies.

One important point many people do not realise: Standard carbon water filters do not remove fluoride.

Reducing fluoride effectively requires specific filtration technology, such as:

  • Specialised fluoride-removal media

  • Reverse osmosis filtration systems

Without the appropriate filtration system, fluoride remains in the water.

Why More Australians Are Installing Water Filters

installed whole house water filter

Most people don’t install a water filter because they are afraid. They install one because they have a choice.

Once homeowners understand what substances may be present in modern water supplies, they often choose to improve the quality of the water used for:

  • Drinking

  • Cooking

  • Showering

  • Washing

Home filtration allows families to reduce a wide range of common water contaminants while improving taste and household comfort.

Why Boiling Tap Water Does Not Remove Chemicals

boiling water

Many people assume boiling water will purify it completely. Boiling water is effective at killing bacteria and microorganisms, but it does not remove many dissolved chemicals.

Boiling water:

✔ Kills bacteria
✘ Does not remove fluoride
✘ Does not remove PFAS
✘ Does not remove chloramine
✘ Does not remove dissolved chemicals

In some cases, boiling may even concentrate certain substances as water evaporates.

This means boiling alone does not address many of the contaminants people are concerned about today.

The Smart Solution: Water Filtration for Australian Homes

For many households, improving water quality is about control and peace of mind.

At My Water Filter, we help Australian families select high-performance water filtration systems designed to reduce common contaminants found in modern water supplies.

Unlike basic jug filters or low-quality imports, properly selected filtration systems can help reduce:

  • Fluoride (using specialised media or reverse osmosis)

  • PFAS and PFOS compounds

  • Chlorine and chloramine

  • Sediment

  • Heavy metals

Depending on your needs, filtration options may include:

Choosing the right system ensures effective filtration for your household water source.

Benefits People Often Notice After Installing a Water Filter

pregnant woman smiling while holding glass of water

Many households report noticeable improvements after upgrading their water filtration system.

Common benefits include:

  • Better tasting drinking water

  • Increased daily water consumption

  • Reduced reliance on sugary beverages

  • Softer skin and smoother hair

  • Improved flavour in tea and coffee

  • Reduced chlorine smell in showers

  • Less limescale buildup in appliances

However, one of the biggest benefits many families describe is simple: Peace of mind about the water they use every day.

Why Australians Choose My Water Filter

My Water Filter has helped Australian households improve their water quality for decades.

Key reasons customers trust My Water Filter include:

  • 30+ years of industry experience

  • Carefully selected, high-quality filtration systems

  • Minimum 12-month warranty

  • Australia-wide delivery

  • 30-day money-back guarantee

  • Real human customer support by phone

Our approach focuses on proven filtration technology and practical solutions for Australian homes.

Take Control of Your Household Water Quality

woman in kitchen smiling while washing hands

Upgrading your water filtration can help:

  • Reduce chemical exposure in drinking water

  • Improve taste and odour

  • Enhance comfort when showering

  • Support better everyday hydration

While individuals cannot control the national water system, they can control the water entering their home.

If you are considering improving your water quality, expert advice can help you choose the right filtration system.

Learn More

Visit: https://mywaterfilter.com.au

Or call 1800 769 300 to speak with the My Water Filter team about choosing the right system for your home because cleaner water isn’t just a luxury — it’s a choice.

Understanding Tap Water Standards: While Australian tap water meets national regulatory safety standards, it can still legally contain trace amounts of disinfectants (chlorine and chloramine), fluoride, agricultural runoff, heavy metals and emerging "forever chemicals" like PFAS and PFOS.

The Limits of Boiling Water: Boiling tap water is a great way to neutralise bacteria and microorganisms, but it does not remove dissolved chemicals like fluoride, chloramine or PFAS. Because boiling causes water to evaporate, it can actually concentrate these substances instead.

The Value of Targeted Filtration: Standard carbon filters are not enough for certain contaminants (like fluoride). Installing specialised solutions, such as reverse osmosis or whole-house filtration systems, allows households to take control of their water quality, resulting in better-tasting drinking water, softer skin and ultimate peace of mind.

Hear from Our Satisfied Customers

Is Tap Water in Australia Safe to Drink?

Yes, Australian tap water is highly regulated and generally meets national safety standards. However, water that meets minimum regulatory standards can still contain small amounts of water treatment by-products, heavy metals and chemicals like chlorine and fluoride. Many households choose to filter their water to optimise it for long-term health and wellbeing.

What Are PFAS And PFOS Chemicals?

PFAS and PFOS are commonly referred to as "forever chemicals" because they do not easily break down in the environment or the human body. Historically used in industrial manufacturing, firefighting foams and non-stick coatings, trace amounts have been detected in various Australian water regions, prompting many families to install high-quality filtration systems as a precaution.

Will Boiling Tap Water Remove Chemicals Like Fluoride and Chlorine?

No. While boiling water is excellent for killing bacteria and pathogens, it does not remove dissolved chemicals such as fluoride, chloramine, PFAS or heavy metals. As the water evaporates during the boiling process, it can actually cause these remaining substances to become more concentrated.

Does a Standard Carbon Filter Remove Fluoride?

No, standard carbon water filters are not equipped to remove fluoride. To effectively reduce fluoride levels in your household water supply, you need specific filtration technologies, such as specialised fluoride-removal media or a reverse osmosis filtration system.