11 Baby and Infant Products And Their Common Toxins

Some products come with the territory when you’re expecting a new baby, others are entirely optional but have hidden toxins that you need to be aware of. The list of toxins to avoid is ever-growing and the marketplace a mind field of potential hidden toxicities. Marketing does not always help as it may obscure more than offer helpful information.

Ultimately, this leaves the responsibility to you, mums and dads, to know the ingredients and materials behind your products — what's good for you and baby and what is not.

To cut to the chase, here is a list of the MOST COMMON baby products that you may not know are frequently full of toxins. For all of these products, you can choose better alternatives that are actually safe and support your baby’s biological development.

baby monitors

It would be difficult to actually study the effects of electromagnetic field (EMF) exposure from baby monitors on babies (not to mention the ethics of such a study), but we can infer a lot from the thousands of studies that look at how wireless radiation from cell phones affects children. Moreover, baby monitors tend to be used close to the baby (at least within the same room) and during sleep, which is a critical period of rest and growth for the baby.

If you need a baby monitor, check out this low-EMF baby monitors guide.

Infant car seats

Is your infant car seat treated with flame retardants? Many common baby products such as baby bedding, pillows, mats, and even car seat may be treated with toxic flame retardants, depending on the country of production (that governs regulations). The only way around this is to choose one NOT treated with chemicals and to seek 100% natural materials in your baby bedding.

Plastic baby bottles

Made out of plastic baby bottles, sippy cups, plastic feeding containers contain plasticisers that disrupt hormones. These are the big four (in)famous Phthalates, Bisphenol A (BPA), Polyvinyl Chloride (PVC), Polystyrene

Even after BPA was banned (only for some products, by the way — check out this article for more details) in 2012, its “BPA-free” alternatives (BPS, BPE, BPF, etc.) are just as toxic and harmful. Even low doses of endocrine disruptors can still have an effect.

In order to totally avoid BPA and its alternatives, it’s best to choose products that are not made of plastic, such as stainless steel, hospital-grade silicone, and glass.

Luckily, nowadays many sturdy glass alternatives are available. I used the glass Natural Start baby bottles from Tommee Tippee, and it was such a breeze to clean and scrub glass vs soft plastic too.

Fragrances

Things can get a bit messy especially during the postpartum to early years, and we might rely on our powerful sense of smell for a soothing reminder of calmer things. However, you want to strictly avoid artificial fragrances! Fragrances can contain synthetic chemicals that are derived from harmful sources like coal and petroleum, which can cause skin, respiratory, and even neurological issues. They also contain pthalates are harmful as they are linked to developmental disorders, respiratory issues, and fertility issues

Hand sanitisers

Triclosan is an antimicrobial ingredient often found in hand sanitizers and antibacterial soap) and it has been linked to such a significant impact on the thyroid and reproductive hormones that it’s banned in several countries.

Sunscreen lotion

These common skincare products often contain parabens and phthalates that are harmful, endocrine-disrupting chemicals.

Talcum powder

While talcum powder itself, as a smoothing agent, is generally safe; it is made from talc, a mineral made up mainly of the elements magnesium, silicon, and oxygen. However, it has the potential to be contaminated with asbestos, which is a known carcinogen and instigator of lung disease.

Baby Shampoo

There are more formulations for baby that any parent can keep track of. Look beyond ““gentle” and “pure” to find out the ingredients. One common ingredient, Formaldehyde some baby shampoos, and body washes. Many preservatives actually release formaldehyde (they’re called formaldehyde-releasing preservatives (FRPs)). are used in many personal care products. (Yes, the same found in particleboards that causes lung issues.)

Short-term exposure to formaldehyde may cause watery eyes, burning sensations in the eyes, nose and throat and skin irritation. Formaldehyde and the formaldehyde-releasing preservative, quaternium-15, are significant sensitizers and causal agents of contact dermatitis in children. Even trace amounts are a concern as it is enough to sensitive the body.

Wood-composite furniture

While new “ultra low-emitting” formaldehyde (ULEF) and no-added formaldehyde (NAF) resins were developed, it is a concern especially if youhave just finished a renovation and/or bought new furniture. Formaldehyde is normally present at low levels (less than 0.03 parts per million) in both indoor and outdoor air. It can be many times that usual amount within homes due to the choice of materials and pool ventilation.

new furniture

Likewise, a lot of the materials we use to coat furniture contain solvents, and also other materials to seal them in, that can be harmful. One example can be formaldehyde, this is a chemical that’s used in furniture polishes and stains. Off-gassing can last long after your furniture loses its new shine.

It’s not a good idea for the postpartum phase if you’re going to be ensconced with baby in a small space, breathing in these fumes.

References & resources

1. Weatherly LM, Gosse JA. Triclosan exposure, transformation, and human health effects. J Toxicol Environ Health B Crit Rev. 2017;20(8):447‐469. doi:10.1080/10937404.2017.1399306

Studies on quats: Can Hand Sanitisers Harm Your Fertility?

“Quats,” short for quaternary ammonium compounds. They’ve been part of cleaning products for decades.

Because they were invented before most toxin regulations came into place, quats are mostly “grandfathered” into the chemicals used today.

Researchers are finding more and more about the harms of quats, including on fertility. In this article, we go over what research has found out about quats.

According to a pivotal study by researchers from Virginia Tech University and the Edward Via College of Osteopathic Medicine, quats is a common ingredient in cleaning supplies that undermined fertility in both male and female mice.

the study

For the study, the researchers exposed female and male mice to quats. These were a mixture of two common quats  – alkyl dimethyl benzyl ammonium chloride (ADBAC) and didecyl dimethyl ammonium chloride (DDAC).

After five weeks of daily exposure to the quat mix, female mice spent significantly less time in heat, and after eight weeks of exposure, ovulated less frequently and produced fewer viable embryos than female mice in the control group, the scientists reported.

They found that quats appeared to impair the reproductive systems of male mice even more dramatically.

quats were used to clean the mice cages and floors

The scientists fed small amounts of the quat mix to one group of male mice for eight days.

A second group of males wasn’t dosed deliberately but for seven weeks was housed in a facility where lab staffers conducted routine cleaning with the disinfectants.

In both groups, the male mice showed lower sperm concentrations and fewer swimming sperm than a control group of mice that was not exposed to the two quat chemicals under investigation.

You can read the study published in the journal Reproductive Toxicology here.

quats harm on fertility

This adds to earlier studies linking quats to fertility risks. An earlier study by research teams from Virginia Tech and Washington State University, found that female mice exposed to the quat combination took longer to achieve pregnancy, developed fewer pregnancies. and gave birth to smaller litters.

That December 2014 study has an interesting origin story. One of its lead researchers, Hrubec, noticed that the mice in her lab were reproducing less frequently. She only discovered the link after suspecting her lab assistants’ habit of wetting their hands with quat-laced disinfectant before handling the mice!

That brought Hrubec to an article in the journal Nature about Patricia Hunt, a prominent geneticist at Washington State, who had made similar observations in her own lab in 2005.

(Hunt is famed for another lab accident, back in 1998, that led her to discover that the endocrine-disrupting chemical bisphenol A was leaching from her lab animals’ plastic water bottles into their bodies. She told EWG in 2008 that BPA exposure scrambled the chromosomes in the animals’ eggs, rendering them infertile.)

post-pandemic increase in exposure to quats

During the pandemic, many people loaded up on disinfectants, hand sanitizers, and sanitizing wipes to keep possible viruses at bay.

It even changed many people’s habits to preferring sanitisers over simple hand washing, believing that the chemical wash helps them avoid getting sick.

However, now people are exposed to quats because of widespread use of these chemicals in homes, offices, stores, schools, medical facilities and elsewhere. EWG’s research on school cleaning supplies revealed quat-containing cleaners used in multiple school districts in California.

Quats are well-documented allergens and can cause otherwise healthy individuals to develop asthma.

It is highly ironic if, in a bid to rid ourselves of exposure to possible viruses, we expose ourselves to definite toxins and develop lung diseases and breathing difficulties instead.

References

1. Exposure to common quaternary ammonium disinfectants decreases fertility in mice, https://www.sciencedirect.com/science/article/abs/pii/S0890623814001920

2. EWG’s Guide to Healthy Cleaning lists more than 250 cleaning products that contain quats.

Must-Watch Documentaries About Toxic Chemicals

Updated 23 July 2024

Embarking on a toxin-free life can be an overwhelming and transformative experience. To help navigate this road, I have found in-depth documentaries to be particularly helpful to understand how these pollutants affect us, including: Documentary films, Multiple Chemical Sensitivity research and lectures, and related eBooks. 

This page is a resource that will help you become an informed consumer.

Living With Multiple Chemical Sensitivities

Toxic chemicals have infiltrated all aspects of modern living — household items, consumer products, electronics, food, food packaging, personal care products, soaps, pharmaceuticals, toys and play mats, and even our water supply.

Imagine having a home that makes you sick. You may make the connections much later to discover how common household items and materials like paint, carpeting, new building materials and insecticides are now your worst enemies. Your bones ache, you’re feverish, you suffer from extreme headaches, disabling fatigue, mental confusion, asthma and nausea.

You realise you are dealing with something called “MCS”, also known as environmental illness, chemical intolerance, and toxicant induced loss of tolerance or TILT.

Are you ill? Or is it your environment that is poisoned?

The longer you stay in your house, the sicker you get but you can’t imagine how or where you’re going to find a safe home. You begin to wonder if you will ever get back to feeling well, and how others respond to your “invisible illness”.

If you have imagined a stronger, more vibrant and happier you, a calm and peaceful home, you are tackling the tasks of living free of toxins. I hope this list is helpful to you and your loved ones to understand the world of MCS.

The Poison in Us All - 2023 (full documentary)

“The Poison in Us All,” a documentary by Bloomberg Investigates, explores the origins of per- and polyfluoroalkyl chemicals (PFAS) or “forever chemicals,” and how they are putting our lives and the lives of future generations at risk.

Rates of cancer diagnosis in children are increasing in Minnesota, USA, which is where chemical company 3M’s global headquarters are located. As far back as the 1960s, the company has been dumping PFAS chemicals in the surrounding areas.

Minnesota sued 3M for the damage that it has caused to the state’s natural resources, and in 2018, the company was ordered to pay $850 million for contaminating the state’s water supply for decades.

The US EPA now recognizes more than 14,000 different chemical structures as PFAS.

Homesick - 2013 (full documentary)

Director Susan Abod hits the road to learn whether other people with MCS are finding safe housing. On her journey to the Southwestern United States, Susan meets people from all walks of life. Their living quarters range from a house on stilts to tents and a teepee.

Funny, You Don't Look Sick: An Autobiography of an Illness

Director Susan Abod also made another film about MCS.

I made a film, the first documentary I made. called "Funny, You Don't Look Sick: An Autobiography of an Illness" was basically about the, you know, having this illness. And--and I took people on a tour through my house and said, 'Well, it looks like a normal place. But you know, there's no carpeting, there's radiant heat, there's no gas stove, there's no paint, nobody smokes in the building. So when I was done with that film, and you know, this was before email, it showed in 1995. And we-- it wound up going to a lot of support groups. And it was by word of mouth or newsletter or something like that. Then it dawned on me that I had this access to--in Boston, there was the American with Disabilities Act, had an arts mini grant available, and I was starting to have trouble with my housing.

I came up with the idea, how to meet others. I mean, simply what you said. And the--a film would be a great way to do it since I didn't have the resources, if I could get money in order to make my van accessible, money to hire a camera woman. So that's what I did. And we only had paper newsletters. And that's how I did it, from phone contact to phone contact to build up a tour of people to talk to. And that's how I did it. — Susan Abod, from podcast interview https://www.chemicalsensitivitypodcast.org/1970633/11732992

stink! - 2015 (Full Documentary)

STINK! a 2015 American documentary film directed by Jon J. Whelan. The film explores why there are toxins and carcinogens legally hidden in American consumer products.Award-winning film on dangerous chemical ingredients hidden in everyday products. The New York Times says, "Jon Stewart...would probably approve of ‘Stink!’” Entertaining, enlightening, witty, and at times absurd, you’ll never smell the same after Stink!”.

Addicted to Plastic - 2018 (Full Documentary)

ADDICTED TO PLASTIC is a point-of-view style documentary that encompasses three years of filming in 12 countries on 5 continents, including two trips to the middle of the Pacific Ocean where plastic debris accumulates. The film details plastic's path over the last 100 years and provides a wealth of expert interviews on practical and cutting edge solutions to recycling, toxicity and biodegradability.

Your space is your sanctuary

These documentaries expose the harms of toxic chemicals, offering insights from science, healthcare providers, and people suffering with its related health problems.

There are building biologists who have walked this path of recovery — attaining a higher level of calm to their environment and to themselves, and you can take advantage of this knowledge and guidance in creating a healthier and less stressful living and working environment.

Study: Tight Underwear Harms Spermogenesis

Men who wear boxer shorts have higher sperm concentrations than men who wear tighter fitting underwear, according to recent research published in the journal Human Reproduction.

You can tell the fertility of a man by the underpants he prefers to wear, as researchers continue to gather data on how the style (and material) of underpants affect testicular function (i.e., sperm production).

The study

Researchers surveyed 656 male partners of couples seeking infertility treatment at a fertility center (this was in Boston, MA, USA, between 2000 and 2017). The men were an average age of 35.5 years old.

They completed a questionnaire on what style of underwear they had most frequently worn during the last 3 months using the following categories: ‘boxers’, ‘jockeys’, ‘bikinis’, ‘briefs’ or ‘other’.

For those of us unfamiliar with men’s fashion, the definitions were: "jockeys are longer than briefs, with length falling right above the knee, briefs generally extend to the middle of the thigh.”

They then analysed the men’s semen samples for reproductive hormone levels and neutral comet assays for sperm DNA damage.

What did the study conclude?

They found the type of underwear worn was significantly associated with sperm concentration, total sperm count and total motile count (Table II).

Compared to men who reported not usually wearing boxers (e.g. wore tighter underwear), men who reported most frequently wearing boxers had 25% (95% CI = 7, 31%) higher sperm concentration, 17% (95% CI = 0, 28) higher total sperm count and 33% (95% CI = 5, 41%) higher total motile count.

Men who reported most frequently wearing boxers also tended to have a higher percentage of motile sperm and a higher sperm count, compared to those who did not, although these differences failed to reach statistical significance (check out Table II in the study).

When all the non-boxer underwear types were examined separately, the largest differences in sperm concentration were found for men who reported wearing jockeys and briefs compared to those wearing most frequently boxers.

The differences were less pronounced with other types of underwear (Supplementary Fig. S1).

Men who reported most frequently wearing boxers had higher sperm concentration and total count, and lower FSH levels, compared to men who did not.

Boxer-wearing men had lower FSH hormones

Boxer shorts-wearing men had lower levels of follicle-stimulating hormone (FSH), compared to men who most frequently wore briefs, "bikinis" (very brief briefs), "jockeys" (underwear that finishes just above the knee) or other tight-fitting underwear.

Though FSH stimulates sperm production, the researchers say that these findings suggest that it kicks into gear when it needs to compensate for testicular damage from increasing scrotal temperatures and decreasing sperm counts and concentration.

The impact of material

It goes without saying that the clothing (shirts, trousers and undertrousers) can effect heat regulation.

The type of material also affects heat regulation, as well as at least one other mechanism: electrostatic regulation. Check out these studies on how polyester underwear reduce sperm health.

Men’s fertility epidemic

Researchers have been raising the alarm on the plummeting sperm levels across Western societies in the last century. Environmental and lifestyle factors have been directly linked to poorer testicular function, such as increased exposure to endocrine disrupting chemicals (Bergman et al., 2013; Hauser et al., 2015), higher prevalence of obesity (Finucane et al., 2011; Sermondade et al., 2013), deteriorating diet quality (Wong et al., 2000; USDA, 2017) and elevated scrotal temperatures (Ahmad et al., 2012; Zhang et al., 2015), among others.

Sperm production takes about three months from start to finish, so take the action to switch out your wardrobe, as it may take that long for your sperm quality to improve. For a long time the spotlight (and burden) lay pretty much on female fertility. However, a male fertility crisis has been looming, perhaps just below sight.

If you found this study interesting, check out my full guide to EMFs and your microbiome. It’s free, and you’ll find facts and resources on how electromagnetic fields can impact very basic cellular functions in your body.

References & Resources:

1. Link to the study: Lidia Mínguez-Alarcón, Audrey J Gaskins, Yu-Han Chiu, Carmen Messerlian, Paige L Williams, Jennifer B Ford, Irene Souter, Russ Hauser, Jorge E Chavarro, Type of underwear worn and markers of testicular function among men attending a fertility center, Human Reproduction, Volume 33, Issue 9, September 2018, Pages 1749–1756, https://doi.org/10.1093/humrep/dey259

2. Read how polyester underwear lowers sperm counts https://www.melaniechua.com/blog/2023/study-polyester-underwear-decreases-sperm-count-and-motility

Most Common House Shopping Pitfalls and Hazards: Identifying Possible Toxins and Pollutants in a Home

Looking for a new home is a milestone, but it can be filled with design errors, toxic failures fire starters and toxic substances that can easily rain on your new-home parade, and even cause a health decline, if the proper precautions aren't taken.

Is There External Sources of Radio Frequency Radiation?

First, you want to determine that your new home is not being blasted by radio frequency radiation, or wireless radiation. Examine the area around the house to understand the potential toxins that can enter the home. You can do a quick check with a good consumer EMR meter or get a building biologist to conduct an EMF assessment.

I always check if there might be antennas just out of sight to the eye from the perspective of being at home. This means taking a walk around the neighbourhood or even visiting other buildings at the same height.

Are there digital infrastructure visible to your eye from the house? In more urban areas, it can be difficult to avoid all radio frequency radiation completely. A general rule of thumb is distance is your friend; and that any antenna ought to be at least 500 metres away from any spot in your home.

Start here to find out why radiofrequency radiation is the 21st-century pollutant that we are only beginning to understand.

Is asbestos used in the building?

Asbestos is found in many places within old homes. It is used in a mind-boggling range of construction materials: everything from heating system insulation, decorative spray-on ceiling treatments, vinyl flooring, flooring adhesive, cement roofing & ceiling sheets to even insulation on boilers and pipes.

Asbestos fibres are able to break into smaller fibres (more than 1,200 times thinner than a human hair). When released into the air, asbestos is pretty much invisible to the eye, and quickly circulates through your home or workplace. These fibres become trapped in lung tissues and can cause lung cancer and mesothelioma, a cancer of the tissue that lines the chest cavity.

Most developed nations, including Australia and all countries within the European Union, has a full ban on the use of asbestos.

In Singapore, buildings builts before 1991 could contain asbestos-containing materials.

In Malaysia, the use of asbestos is only partially banned. Asbestos construction materials such as roof and ceiling tiles are still sold in the market. There are no acts or regulations prohibiting the use of asbestos in private buildings in Malaysia.

Is there water leaks or damage? Are there any water stains?

Water damage occurs long before you see any visible sign of it. But many signs of water damage are easy to spot once you know what to look for. Use your eyes — and your nose — to check walls, floors, ceilings, pipes and a few other less obvious areas.

Few things are more frustrating as a homeowner than dealing with water damage. You try to keep your home in good condition, only for a small water leak to snowball into major catastrophes that seem to quickly burn a hole in your pocket.

Water leaks and damage at home are also a major cause of lung-related illnesses.

Any yellow or brownish water stains on the ceilings or walls is a sure sign of water leakage (those areas enclose plumbing). As water makes contact with these areas, it can leave behind unsightly marks that are hard to miss.

Check for foundational issues like leaning walls, large cracks in the foundation floor, or displaced moldings and trim—all signs of chronic leaks and moisture buildup underground.

Another tip is to use your nose. Do you smell anything earthy or musty smell in the home? This is another sign of a potential leak causing water to build up inside your walls, crawlspaces, or elsewhere.

Is there visible mold?

If mold is actually appearing on walls, ceilings, and around wet areas such as the sink, it’s already in an advanced stage of growth.

You might even your sinuses acting up for seemingly no reason. Mold exposure triggers the immune system, which typically involves allergy-like symptoms such as sinus issues, runny nose, itchy skin and eyes, asthma, shortness of breath, and more.

Does the Home Layout Ensure Good Ventilation?

In the bathroom, poor ventilation is a major contributor to condensation. Look for water staining or mould on the walls and ceiling. Note whether the bathroom has an exhaust fan (and that it works!) and check how clean the fan is.

Is There Faulty Wiring?

While old and/or faulty wiring is most often associated with electrical fires, they can cause high levels of artificial electromagnetics to permeate the home, and impact your health.

Regardless of whether faulty wiring is found, it is probably a good idea to give the electrical wiring an electrical inspection, and ideally a complete wiring overhaul, to make things safer and bring the wiring up to code and eliminate any possibility of faulty wiring.

Radon Gas Build-up

Radon is a naturally occurring gas present in almost all soil and rocks, especially in granite regions. It is a radioactive gas that emits alpha particles, a high-energy radiation that damages DNA in human cells and causes lung cancer. Radon particles, when inhaled, become lodged in the lungs where they continue to emit alpha particles.

If a large buildup of this gas seeps into a home, a person breathing in the gas for years on end may become more prone to respiratory issues or even lung cancer. Italy, as an example, estimates that 10% of all cases of lung cancer in Italy are related to radon.

Radon is colourless, odourless, and tasteless so a radon test kit can help determine if there are dangerous levels in the home. Radon enters a building through cracks in the floor or walls of the basement or foundation. indoor radon concentrations can vary widely around the world.

Choosing a Good Place for Your Peace of Mind (And Safeguard for Health)

The reality is that most of us live in polluted environments, and most construction, design, and lifestyle items may be contaminated with toxins. As a homeowner, we want a place that can be our sanctuary and safe haven from external stresses. Inside, any hidden surprises in a home can be your worst nightmare, especially when it comes to its impact on your very health. Keep in mind that this list is just the most common hazard pitfalls in a home (especially in urban areas).

Are you in the market looking for new home? Schedule a free discovery call to learn more about the building biology approach to safe, healthy homes, and how it can support your own health.

Tox-Free Home: How to Make Natural Laundry Detergent

Laundry is an essential and never ending chore. Supermarket shelves are lined with colourful brands that promise to banish stains and clean away soil and dirt, but toxic chemicals and fragrances are common.

If you are looking to eliminate a common source of toxins (and frustration), mixing your own laundry detergent with just a few basic products can make a huge impact on your body burden.

Why make your own laundry detergent?

Making from scratch ensures your detergent is free of any harmful toxins or chemicals usually found in store-bought detergent.

You can control the amount of fragrance you add and there are no dyes that can often irritate sensitive skin.

Homemade laundry detergent can be used safely in both standard and high-efficiency washing machines because of its low-sudsing formula.

What Can I Use To Make My Own Laundry Detergent?

You only need four ingredients, which can be found on the laundry aisle in many grocery stores.

(These instructions are for making powdered laundry detergent.)

• Washing soda (sodium carbonate), A naturally occurring mineral, it is an natural cleaner and water softener, and is very effective at deep cleaning clothes and removing grease and tough stains. It is used in many commercial laundry detergents to treat hard water and remove stubborn stains.

• Sodium bicarbonate, also known as baking soda, is a natural softener.

It is used to neutralize odor-causing acids and is a stain remover. It also helps soften the water to help the detergent work more effectively.

In fact, baking soda is one of the top two best products (along with distilled white vinegar) for making your laundry brighter and reduce dependence on harsh chemicals.

Optional: Bar soap – a natural, toxic-free bar soap is the only type that should be used for this recipe. Lavender Pure Castile Soap is an excellent option, as is Homestead Laundry Bar Soap.

• Optional: Borax is an excellent laundry aid and booster. It is gentle, cleans, deodorizes, helps remove stains, and boosts the cleaning ability of mild detergents.

• Optional: Sea salt, to soften the clothes.

• Optional: Epsom salt. This will clean and fresh your clothes.

• Optional: Essential Oils

  If you want your clothes to have a scent, you can add 20 to 25 drops of your favorite essential oil.

Explore essential oils that are excellent at deodorizing and are antimicrobial, antifungal, and antibacterial. They add a great all-natural scent without the worry of harsh toxic chemicals.

How to Make Homemade Laundry Detergent

For a basic detergent, use equal parts washing soda and baking soda. Add a third of that of salt and Epsom salt.

For example: I usually mix 1.5 cups each of washing soda and baking soda. Then I add 0.5 cups each of salt and Epsom salt.

Pour the ingredients into a medium-sized container and mix them well.

You can store it in a glass jar.

Here is another recipe that includes borax and soap. Step-by-step instructions for making homemade laundry detergent:

Grate the Bar Soap – Grate the soap bar using a cheese grater. Add the grated soap to an airtight container.

Mix the Ingredients – Add washing soda, baking soda, and borax in a container. If using essential oils, add 2-30 drops.

Shake – Place the lid on the container and shake the ingredients to mix thoroughly.

Store – Store the homemade laundry soap in an airtight container.

Tip – If you have a food processor, add the grated bar soap, washing soda, baking soda, and borax and grind into a fine powder. Add the mixture to an airtight container.

How to Use Homemade Laundry Detergent

Use 2-3 level tablespoons of homemade laundry soap per load of laundry. Use one tablespoon if you have a high-efficiency washing machine.

Start by using the recommended amount of detergent based on this recipe.

Observe the cleanliness and freshness of your laundry after each wash. Hereon, it is only a matter of troubleshooting to assess your true needs for your very own bundle(s) of laundry!

FAQ / Common laundry issues

If your clothes are not getting clean enough, you can increase the detergent slightly and see if it makes a difference.

If you notice residue or a soapy buildup on your clothes, you may be using too much detergent, and you can decrease the amount accordingly.

By making small adjustments, you’ll be able to find the perfect amount of laundry powder that suits your water quality and washing machine capacity.

Commercial detergents contain anti-caking ingredients to keep ingredients from hardening or clumping. Make small batches to prevent clumping and keep it in an airtight container!

Otherwise, the detergent becomes hard or develops clumps due to moisture. Discard it. It will not dissolve well in the washer and can leave soap residue on your clothes.

Especially if you choose to add soap flakes... Add the detergent directly to the washer drum before loading the dirty laundry. Do not use it in an automatic dispenser because the soap flakes may cause clumping that clogs the dispenser.

For heavy odor problems like underarm perspiration stains or environmental odors like cigarette smoke, use baking soda and water as a pre-soak.

If your clothes feels stiff, more baking soda helps to regulate the pH level in the washer's rinse water by keeping it from being too acidic or alkaline. Try 1/2 cup of baking soda to each rinse cycle as a balance to suspend detergent or mineral deposits in the water and keep them from redepositing on clothes, which can make clothing feel stiff.