The cleaning ingredients many Australians choose to avoid include phosphates, SLS, synthetic fragrance and dyes, chlorine bleach, ammonia, quaternary ammonium compounds, triclosan, parabens, glycol ethers and optical brighteners. Most have gentler plant based alternatives that clean just as well for everyday home use.
Walk down any supermarket cleaning aisle in Australia and the labels read like a chemistry exam. Some of those ingredients are genuinely useful and perfectly safe when used as directed. Others are ones a growing number of households quietly leave on the shelf, either because of how they affect skin and airways, how they behave in our waterways and septic systems, or simply because a gentler option now does the same job.
This is meant to be a calm, factual rundown rather than a scare campaign. For each ingredient you will find what it actually is, the honest reason people skip it, and the functional alternative that replaces it. The goal is to help you read a label with confidence, not to convince you that your laundry powder is out to get you.
A quick word on where this comes from. HomeKind was started by people who run a cleaning business, so the perspective here is shaped by years of using these products day in and day out across real homes, not just reading the back of a bottle. That hands on experience is also why the honest caveats matter so much: cleaning chemistry is dose dependent and context dependent. An ingredient that irritates sensitive skin in a strong concentrate may be a non issue in a heavily diluted spray. We will flag where the nuance matters, including the times when avoiding something is not actually the right fix.
How to read a cleaning label in the first place
Australian cleaning products are not required to list every ingredient on pack the way food and cosmetics often are, which is part of why this topic feels murky. Cosmetics sold here must carry a full ingredient list under longstanding consumer law, and foods are tightly governed by the Food Standards code, but general household cleaners sit in a lighter touch space. Many brands list only a few headline ingredients, or group things under broad terms like "surfactants" or "fragrance". That is legal, but it means the absence of a scary word does not always tell you much.
There is one important regulatory line worth understanding. The moment a product claims to kill germs, sanitise or disinfect, it stops being just a cleaner in the eyes of the regulators. Disinfectants and sanitisers in Australia are governed by the Therapeutic Goods Administration, and agricultural or veterinary style claims fall under the APVMA. A plain cleaner that only claims to clean does not need that approval, which is one honest reason a gentle plant based cleaner will tell you it cleans rather than promising to kill pathogens. If a label makes a disinfection claim, it should be backed by registration and used exactly as directed.
A few practical habits help when you are scanning a label:
- Look for products that voluntarily list a full ingredient set. Disclosure is a good sign in itself, because a brand confident in its formula has no reason to hide it.
- Treat "fragrance" or "parfum" as a single undisclosed mixture rather than one ingredient. It can hide dozens of separate chemicals.
- Check for greywater and septic claims if you are on tank water, a septic system, or you tip mop water on the garden.
- Remember that "natural" and "eco" are marketing words with no fixed legal meaning here. Read the actual list, not the adjective.
- Be wary of products that lean entirely on what they leave out. A long list of "free from" badges tells you nothing about what is actually in the bottle or how well it works.
With that framing in place, here are the ingredients that come up most often when Australians talk about what they want to avoid. If you want the wider picture, our plant based and non toxic cleaning guide sets out the whole approach this list fits into.
The ingredients people most often avoid
Phosphates and phosphonates
What it is: Builders that soften hard water and boost the cleaning power of detergents, historically common in dishwasher tablets and laundry powders. Phosphonates are a related family used to stop minerals depositing.
Why people skip it: When phosphates reach rivers and lakes they act as a fertiliser, feeding algal blooms that strip oxygen from the water and harm aquatic life. This is a well documented environmental concern, which is why phosphate levels in many Australian laundry and dishwasher products have been reduced over the years under a voluntary industry agreement. If you are on a septic system or you reuse greywater on the garden, lower phosphate products are gentler on both.
The gentler alternative: Sodium citrate and gluconate are plant derived chelators and builders that soften water and lift grime without the same waterway load. Citric acid and washing soda cover similar ground for many home tasks. These are the kinds of mineral and plant based builders you will see in better eco formulas, and they are exactly what makes a septic and greywater safe cleaning routine practical.
Sodium lauryl sulphate and sodium laureth sulphate (SLS and SLES)
What it is: Strong, cheap, high foaming surfactants that cut grease and create the rich suds people associate with "powerful" cleaning.
Why people skip it: SLS in particular is a known skin and eye irritant at higher concentrations, which matters for anyone with eczema, dermatitis or sensitive hands who cleans without gloves. The foam is also largely cosmetic. Suds make a product feel effective but do not actually measure how well it cleans.
The gentler alternative: Plant and coconut derived glucosides (the kind of mild non ionic surfactants used in gentle, low irritant formulas) lift grease and lower surface tension with far less stripping. The reason they foam less is simple chemistry: glucosides are milder surfactants that do not stabilise large foam bubbles the way the harsher sulphates do, so you see less lather even though the grease cutting is comparable. That takes some getting used to, but the cleaning is doing the work rather than the bubbles.
When avoiding it is not the fix: If your hands are reacting to cleaning, gloves and proper dilution often solve the problem faster than swapping every product. SLS is not the only possible trigger, and chasing a single villain ingredient can send you in circles.
Synthetic fragrance and parfum
What it is: A blanket term covering blends of dozens to hundreds of scent chemicals, which on most labels appears as the single word "fragrance" or "parfum".
Why people skip it: Fragrance is one of the most common triggers for headaches, sneezing and skin reactions in sensitive people, and because the blend is usually undisclosed you cannot tell what is in it. It is also a leading reason a "clean" smelling home is not the same as a low irritant one. People with asthma and young children at home often notice the difference when they remove heavy synthetic scent.
The gentler alternative: A genuinely fragrance free option (no masking scent added) for the truly sensitive, or naturally derived essential oils where the source is disclosed. HomeKind takes the disclosure route: the All in One Cleaner Concentrate comes in four scents built on the same formula, Lemon Myrtle and Eucalyptus Radiata, Mandarin Peel and Rosemary, Peppermint and Pine Needle, plus a genuine Fragrance Free, so you can choose scent on your terms. For households where someone reacts to almost anything scented, our notes on fragrance free cleaning for sensitive homes go further.
Honest nuance: Essential oils are not automatically safe for everyone. They can still trigger sensitivities, and some are not appropriate around certain pets, particularly cats and birds. If anyone in the home reacts, fragrance free is the safer default.
Synthetic dyes and colourants
What it is: Added colours that make a cleaner blue, green or pink, usually for no functional reason beyond branding. The bright blue of a typical glass spray or the green of a pine scented all purpose cleaner are decoration, not cleaning agents.
Why people skip it: Dyes add nothing to cleaning performance, yet they carry real downsides. They can stain grout, silicone seals, porous stone and light coloured cloths, which is the opposite of what you want from a cleaner. They are an avoidable skin irritant for some people, and they add a needless chemical load to the water that runs off your surfaces and into the drain. Because the colour is purely there to signal "this is the bathroom one" or "this is the citrus one", you lose nothing functional by removing it. A practical household example: a vivid blue cleaner left to pool in a cracked grout line or an unsealed benchtop edge can leave a faint tint that plain water will not lift, whereas a clear formula simply rinses away.
The gentler alternative: Simply leave them out. A clear or naturally pale cleaner works exactly as well. If a product is a vivid unnatural colour, that colour is doing a marketing job, not a cleaning one, and a clear formula sidesteps the staining risk entirely.
Chlorine bleach (sodium hypochlorite)
What it is: A powerful oxidiser used for whitening, stain removal and disinfection.
Why people skip it: The fumes irritate airways, it damages many fabrics and surfaces, and it is genuinely dangerous when accidentally mixed with acidic or ammonia based cleaners, producing toxic gases. It is also hard on septic systems because it disrupts the beneficial bacteria that make a septic tank work.
The gentler alternative: For everyday whitening and brightening, oxygen based options (such as percarbonate, which releases hydrogen peroxide) are far less harsh on fabrics, surfaces and septic biology. For routine surface cleaning, enzyme and plant based formulas remove the organic grime that bleach was often used to mask in the first place. If enzymes are new to you, our explainer on how enzyme cleaners work covers why they handle organic soils so well.
When avoiding it is not the fix: This is the big one. If you genuinely need to disinfect, for example during illness or for specific hygiene tasks, a registered disinfectant used as directed is the right tool. An everyday plant based cleaner is for cleaning, not for killing pathogens, and pretending otherwise is dishonest. Clean first, then disinfect only where and when you actually need to.
Ammonia
What it is: A sharp smelling alkaline cleaner traditionally prized for streak free glass and cutting through grease.
Why people skip it: Strong fumes that irritate eyes and airways, and the serious risk of toxic gas if it ever meets chlorine bleach. For a lot of households the glass cleaning job was the only reason ammonia was in the cupboard at all.
The gentler alternative: This is where a good plant based all rounder earns its place. The HomeKind concentrate is formulated to dry streak free on glass and mirrors, which means it can replace a separate ammonia based glass cleaner. That is the whole idea behind streak free glass cleaning without ammonia: one less specialty bottle, one less harsh ingredient, and the same clear finish.
Quaternary ammonium compounds (quats, including benzalkonium chloride)
What it is: A family of disinfecting agents found in many antibacterial sprays and wipes.
Why people skip it: Quats can irritate skin and airways, are linked to asthma symptoms in frequent users such as professional cleaners, and there is ongoing scientific discussion about their role in antimicrobial resistance when overused in everyday settings. The core issue is overuse: spraying disinfectant on every surface, every day, when plain cleaning would do.
The gentler alternative: Reserve true disinfectants for when they are needed and use a plant based cleaner for the daily wipe down. Most household dirt is removed mechanically by a good surfactant and a cloth, not killed.
Triclosan and other added antibacterials
What it is: An antibacterial and antifungal agent once common in hand soaps, dishwashing liquids and some surface cleaners, added to give a product a "germ killing" angle.
Why people skip it: Triclosan became a textbook case of an additive that promised more than it delivered for home use. Concerns around antimicrobial resistance and aquatic toxicity (it is persistent and can build up in waterways) led to it being removed from many consumer products internationally, and major regulators concluded there was no convincing evidence it cleaned hands better than plain soap and water for everyday use. The practical household point is simple: for routine cleaning and handwashing at home, an added antibacterial earns its place far less often than the marketing suggests, and it brings an environmental cost that plain soap does not.
The gentler alternative: Ordinary plant based soap or cleaner plus physical scrubbing. For hands, plain soap and water is the longstanding public health recommendation for everyday use, with a registered product reserved for genuine hygiene situations. The friction of washing and wiping does most of the work, not an antibacterial additive.
Parabens
What it is: A family of preservatives (such as methylparaben and propylparaben) that stop bacteria, yeast and mould growing in water based products.
Why people skip it: Preservation itself is non negotiable in any water based cleaner, because a formula full of water and plant derived ingredients is exactly the kind of thing microbes love to colonise. So the honest question is never "preservative or no preservative", it is "which preservative". Some people prefer to avoid certain parabens because of endocrine related questions raised in laboratory research, even though everyday real world risk from cleaning products is debated and not settled. It has also simply become one of the most common avoidance requests, so brands respond to that preference. The key point for shoppers is to be sceptical of a "preservative free" claim on a water based product: either it contains a preservative under another name, or it may not be stable and safe over its shelf life.
The gentler alternative: Food grade preservative systems such as sodium benzoate and potassium sorbate keep a water based formula stable and safe without parabens. These are the same broadly accepted preservatives used in many foods and drinks, which is the system HomeKind uses, so the bottle stays safe to use without relying on parabens.
Glycol ethers, including 2 butoxyethanol
What it is: A potent solvent used in some heavy duty degreasers and glass cleaners.
Why people skip it: It can irritate eyes and skin and be absorbed through the skin, and it is overkill for everyday surfaces. It tends to belong to the "industrial strength" end of the shelf that found its way into home products.
The gentler alternative: Naturally derived solvents like D limonene (from citrus peel) cut grease and grime for the vast majority of household jobs, paired with enzymes for organic soils.
Optical brighteners
What it is: Fluorescent additives in laundry products that make whites look brighter by reflecting light, without actually removing anything.
Why people skip it: They do not clean, they stay on the fabric against skin, they can irritate sensitive skin, and they are poorly biodegradable in waterways. The "brightness" is an optical trick rather than cleanliness.
The gentler alternative: Enzyme based laundry formulas that lift actual stains, plus oxygen brighteners for whites. The clothes are genuinely cleaner rather than just optically whiter.
A quick reference table
Use this as a label scanning cheat sheet. Remember that context and dilution matter, and that "avoid" here means "many people prefer to skip for everyday use", not "dangerous in all situations".
| Ingredient | Usually found in | Why people skip it | Gentler alternative |
|---|---|---|---|
| Phosphates | Laundry, dishwasher | Feeds algal blooms, hard on septic | Sodium citrate, citric acid, washing soda |
| SLS and SLES | All purpose sprays, dish liquid | Skin and eye irritant, foam is cosmetic | Plant and coconut glucosides |
| Synthetic fragrance | Almost everything | Undisclosed blend, common trigger | Fragrance free or disclosed essential oils |
| Synthetic dyes | Coloured cleaners | No function, can stain, irritant | No dye at all |
| Chlorine bleach | Whiteners, mould sprays | Fumes, dangerous mixes, hard on septic | Oxygen bleach, enzymes (clean), registered disinfectant (disinfect) |
| Ammonia | Glass cleaners | Fumes, toxic if mixed with bleach | Streak free plant based all rounder |
| Quats | Antibacterial sprays and wipes | Airway irritation, overuse concerns | Plant based cleaner daily, disinfect only when needed |
| Triclosan | Antibacterial soaps, some cleaners | Resistance and waterway concerns, little home benefit | Plain soap and scrubbing |
| Parabens | Water based cleaners | Endocrine questions raised in research | Food grade sodium benzoate, potassium sorbate |
| 2 butoxyethanol | Heavy degreasers | Skin absorption, overkill at home | D limonene and enzymes |
| Optical brighteners | Laundry products | Do not clean, sit on fabric, poorly biodegradable | Enzymes plus oxygen brighteners |
What a gentler everyday cleaner actually replaces
The pattern across this list is that a lot of harsh ingredients exist because the cupboard ended up with a separate specialty product for every job: one for benches, one for glass, one for the bathroom, one for floors. Each specialty product had its own strong ingredient, and the more bottles you owned, the more of those ingredients lived under your sink.
One reason a single concentrated all rounder appeals to people avoiding harsh chemistry is that it collapses that collection into one gentler formula. The HomeKind All in One Cleaner Concentrate is built around exactly the alternatives described above: plant and coconut glucosides instead of SLS, D limonene and an enzyme blend (protease, amylase and lipase) instead of harsh solvents and antibacterials, sodium citrate and gluconate instead of phosphates, food grade sodium benzoate and potassium sorbate instead of parabens, with no synthetic dyes and no phosphates.
Because it dries streak free on glass and mirrors, it covers the job ammonia glass cleaners were bought for, alongside kitchens, bathrooms, tiles, floors, stainless steel, sealed stone, benchtops and appliances. It is also greywater and septic safe, which closes the loop on the phosphate and bleach concerns for anyone on a tank or septic system.
There is a practical economics angle too. The concentrate is diluted to suit the task, so one 1L bottle makes up to 100 standard spray bottles, which works out to roughly 40c per made up bottle compared with around 5 to 7 dollars for a typical ready to use supermarket spray. That comparison is a derived range, not a precise promise: your real cost depends on how strongly you dilute. You are also shipping and storing far less plastic and water. The bottle itself is a recyclable plastic bottle (not glass), chosen because plastic survives posting a concentrate around the country far better than glass would, while still being recyclable through kerbside collection.
HomeKind is an Australian brand shipping nationally across Australia, and it is in stock. The concentrate is 39.99 dollars for 1L, with bundles at 2 for 70 dollars and 3 for 95 dollars so you can mix scents.
How to dilute it for everyday jobs
If you do switch to a concentrate, getting the dilution right is what makes it perform. There is a fuller walkthrough in our guide on how to dilute a cleaning concentrate, but as a general guide:
- Everyday surfaces and glass: 5 to 10ml per 1L of water in a spray bottle.
- Heavier grime: 10 to 20ml per 1L of water.
- Floors: 20 to 30ml per bucket.
- Stubborn spots: apply a little on a damp cloth and work it in directly.
Always wipe glass and mirrors with a clean dry microfibre cloth after spraying for the clearest streak free finish, and do a quick patch test on any delicate or unsealed surface first.
How to phase out harsh products without waste
You do not need to bin everything in one dramatic clear out. That is wasteful and, ironically, sends a pile of concentrated chemicals to landfill or down the drain at once. A calmer approach:
- Use up what you safely can for its intended purpose, except anything you are uncomfortable handling.
- Replace by category as products run out, starting with the ones you use most (usually the all purpose spray and glass cleaner).
- Dispose of leftovers properly. Many councils run household chemical drop off days for things like bleach and strong solvents. Do not tip them down the drain or into the garden.
- Never mix products during the transition, especially anything containing bleach with anything containing ammonia or acid.
- Keep one registered disinfectant on hand for genuine hygiene needs. Avoiding harsh everyday cleaners does not mean pretending disinfection is never required.
The honest bottom line
Most of the ingredients on this list are avoidable for everyday home cleaning because gentler plant based and mineral based alternatives genuinely do the job. The strongest reasons to switch are real and specific: fewer airway and skin irritants in a home with children or sensitivities, less load on septic systems and greywater, and not stockpiling products that are hazardous when mixed.
At the same time, honesty cuts both ways. A plant based cleaner is for cleaning, not disinfecting, and there are moments (illness, certain hygiene tasks) when a proper disinfectant used as directed is the correct and responsible choice. Skin reactions are not always about one villain ingredient, and gloves plus correct dilution solve more problems than people expect. Read the label, match the tool to the task, and choose the gentler option where it performs just as well, which for everyday cleaning is most of the time.