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Thursday, April 16, 2026

Off Grid Solar System – The Prepper’s Complete Power Independence Guide

The grid goes down more often than the power company wants you to know. In February 2021, nearly 4.5 million Texas households lost power in the middle of a winter storm, some for more than a week. Hurricane seasons routinely knock out electricity for days or weeks across the Gulf Coast and Atlantic seaboard. Aging […]

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Wednesday, April 15, 2026

Everyday Carry Laws In All US States. Know Your Rights!

LEGAL NOTICE: This article is for general informational purposes only and does not constitute legal advice. Laws change frequently and vary by municipality as well as state. Always verify current laws in your specific jurisdiction before carrying any item, and consult a licensed attorney for guidance specific to your situation. Most people have no idea […]

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How to Make Your Own Bricks

Estimated reading time: 29 minutes

How to Make Your Own Bricks

It’s impossible to say when the first bricks were made, but the walls of ancient cities have been found and determined to be thousands of years old. The walls of Jericho were dated at 7,000 years old and made of brick. Bricks throughout history have been made from a variety of materials mostly determined by what was available in any given area and its ability to bind and dry into a strong, workable form.

The ancient Egyptians were known for their stonework when constructing the pyramids and the sphinx, but their bricks were used to construct mostly homes and smaller buildings, tombs, and temples. Many of those structures still stand to this day. Their standard recipe was a combination of clay and straw, but they introduced a new innovation as well: fired brick which resisted the elements over thousands of years.

Other cultures improvised bricks from other materials including things as simple as mud to other combinations as complex as Roman concrete made from volcanic ash. Early homesteaders crossing the Great Plains made their homes from soil bricks across treeless prairies.

There’s even a contemporary improvisation called papercrete made from newspapers and cement (here's how to make it). It’s the urban emergency building material when natural materials in a city are few and far between.

If you’re not inclined to make your brick from natural, found materials, you can simply buy a bag of pre-mixed concrete such as Sak-crete and follow the directions on the bag and pour it into the brick mold. We’ll cover a variation made with cement but also look at brick possibilities from nothing but natural materials.


DIY Homemade Bricks

The Basic Brick-Making Process

Regardless of the type of brick, most follow a set process in steps:

  • Collection of materials
  • Combining materials
  • Mixing with water
  • Setting the shape of the bricks in forms or molds
  • Releasing and drying the bricks

In some instances, an additional step was added which involves firing the bricks either in a kiln or large oven or in a more primitive approach, building a large and very hot fire around the stacked bricks.

Firing Brick

This was most commonly done with brick made from water and clay while some bricks made from other materials only required a drying process.

What Are You Building?

The type of brick you choose to make has a lot to do with its final use in construction. If the bricks are going to be supporting a heavy load or frequently exposed to water or even underwater, you’ll need to use a brick with at least a 50% clay content or a good percentage of cement. Soil and papercrete bricks are for more modest builds.

Where Are You Building?

If you’re making brick from found, natural materials, you have to consider your location. Some areas are rich in clay while others are covered in sand or—in the case of mountainous regions—hard rock. Urban areas may provide few options, but that’s where papercrete emerges as a solution using newspapers and cement.

Here are the types of brick we’ll explore:

  1. Clay brick
  2. Soil bricks
  3. Papercrete bricks
  4. Concrete bricks

Any brick making project requires some basic tools including some you may have to construct.

Brick Making Tools

Brick Making Tools
  • Forms or molds to hold the brick material while it sets before final drying and curing.
  • Shovel for gathering materials.
  • Trough or wheelbarrow and hoe for mixing and combining materials.
  • Water.
  • Rubber gloves when handling the material.
  • Goggles and a facemask. A lot of the materials are quite dusty and you don’t want them in your mouth, nose, or eyes.
  • A trowel to fill and smooth the material in the form.
  • A flat area covered with plastic or sprayed with a release agent.
  • A blanket or large piece of fabric to cover the drying bricks so they cure properly.
  • A plastic sheet suspended over the wet blanket or fabric to prevent it from drying out from evaporation.
  • A kiln or sufficient firewood to fire the brick depending on the type of brick and the need for firing.

Making Brick Forms or Molds

The standard size of a brick is 3-5/8″ x 2-1/4″ x 8″. If you want to make your bricks to the common standard, that’s the size of the form you should construct.

Building a Form Around an Existing Brick

You could also use an existing brick you want to recreate and build your form around that brick to get the size right.

1×4’s are an easy material for making a brick form, and you can use them in any combination to create a variety of brick shapes and configurations.

Various Forms and Sizes for Bricks

The weight of your bricks may vary depending on the materials you use but the usual weight is 4.5 pounds per brick.

Double Brick Form

You can make forms for single bricks, double bricks or multiple bricks. If you want to make only one brick at a time, it’s easy to scale the size of the mold up or down depending on the size you want to make.

Single Brick Form

One of the benefits of making one brick at a time is that it gives you the ability to do some tests. If you’re not sure about the proportions for any type of brick, you can make one and do some stress and water tests to evaluate it and make adjustments before you go into mass production.

You can make a brick mold from anything, even a bread pan, as long as it can hold the mix or brick putty long enough for it to set up and be released from the form.

Speaking of Release…

Release Agents and Equipment

Materials for bricks can harden and dry in a mold, making it almost impossible to get it to release from the form. There are a couple of ways to solve this. One way is to spray the form with a release agent that you can buy. In a pinch, you could spray the form with vegetable oil or even coat it in animal fat. You’ll need to rinse the bricks once they dry, but at least they won’t be stuck in the mold.

Another release agent is sand. If you’re working with a firm combination of materials, you can shape it into a rough ball and roll it around in sand before pressing it into the mold.

If you have no access to any kind of release agent you’ll just have to time it right and get the bricks out of the mold when they’re firm enough to hold their shape but still wet and flexible enough to release from the mold. You could also pound the boards off the form to release the brick and then reassemble it.

Materials

The materials you’ll need will vary by the recipe, but there are 3 basic types of materials that are sometimes combined to make brick.

1. The Binder

Binder Materials for Brick

These are materials that bind and hold the brick shape after the brick has dried. Clay is the primary binder for traditional brick making but others include pulverized limestone or volcanic rock for a primitive cement, mud made from topsoil and water, or even store-bought cement added to other found materials for the final bricks.

2. Fillers

Filler Materials for Brick

These are materials that are sometimes added to increase the amount of total material for brick making. They usually have poor binding characteristics so their proportions are critical. The more filler added to the brick, the weaker the brick when it comes to load-bearing and water resistance.

The primary filler often used in brick-making is sand or stones sometimes referred to as “aggregate.” The size of the rocks is proportional to the size of the brick although rocks the size of pebbles are typically used for a standard size brick.

3. Reinforcement

Reinforcement Materials for Brick

These are materials that improve the structural integrity of the finished brick. The traditional material used by the ancient Egyptians was straw. Other materials used include grasses, moss and even metal rods or nails acting as miniature rebar, and paper.

Fail Factors

Like anything else, there are some things to avoid when making brick.

Using the wrong type of brick for the wrong project.

  • Papercrete is sturdy and light and can even be sawed with a handsaw. However, it will fail if immersed underwater.
  • Clay bricks that have not been fired can crack under pressure and are also subject to deterioration if exposed to water over a period of time.
  • Bricks made from mud or topsoil work best for vertical walls but are not recommended for any construction that departs from a vertical build and are also subject to deterioration from water if not coated with stucco or other material to protect it.
  • Bricks made from concrete or fired clay brick have the most structural integrity but are very heavy and can collapse if not mortared and configured properly.

Adding too much filler or aggregate to the binder.

  • Adding too much sand or stone to a binder like clay or cement can compromise the strength of a brick. The result is that it could crack under stress.
  • At a minimum, at least 20% of the final mix should consist of the binder whether it’s clay, cement, or pumice which is pulverized volcanic rock.

Adding too much reinforcement to the mix.

  • When materials are in short supply or physically difficult to find or gather, it’s tempting to use reinforcement materials like straw, metal or paper to “stretch the mix.” This can also lead to cracking and breaking.
  • Reinforcement materials also act as fillers allowing you to stretch the binding material but here again, it’s a balancing act.

Releasing the bricks from the forms.

  • Metal forms tend to release bricks better than wood but for many people, it’s a bit difficult to shape and create a metal form. Regardless of the form type you use, a release agent applied before you fill the form with material is a good idea. If your forms are constructed of wood with nails you could always pound off the wood.

Drying the bricks improperly.

  • Ideally, the bricks are placed on a sheet of plastic to avoid contact with the ground which will cause the bottom to retain moisture and result in the brick drying unevenly. Plastic also releases from most bricks fairly well.
  • Bricks are usually dried in the sun, but if they dry too fast they can crack. The usual solution is to suspend wet fabric over the bricks as they dry. It's best if the fabric does not come in contact with the brick surface but is suspended about 6 inches or more above.
  • The fabric is then covered with plastic or a tarp to prevent the moisture in the fabric or blanket from evaporating. It can take up to three weeks for some bricks to fully dry and the fabric should be moistened from time to time to keep the dry area humid and better manage the drying process.
  • Another reason to cover the bricks with plastic is to protect drying bricks from rain.
  • Bricks with a concrete base usually dry or “cure” in 2 to 3 days and do not need to be fired but can also be covered with a suspended wet blanket to prevent cracking.
  • Don’t forget to turn your bricks halfway through the drying process. The bottoms will retain moisture as gravity causes any water molecules to drain down and should be turned up to expose them to the air.

Firing bricks with insufficient heat.

  • Firing bricks takes time. A kiln is the best solution, but it’s a complex thing to build and requires a dedicated space with a permanent location. Most people use the primitive method of building a large fire over and under the bricks to fire them. That’s fine but this isn’t about a casual, evening campfire. You’ll need to sustain the fire for at least 12 hours up to 2 days and keep it hot. The longer the better.
  • It’s best to stack the bricks in a circle with gaps between the bricks. Build them up like a circular chimney about 2 feet in diameter and about a foot tall. You’ll then build your fire in the middle of the circular chimney and around it. You’ll need a lot of wood.

Too much water.

  • Water combines the materials and gives you the “mud” to form the bricks in the molds. You want a mix that results in a putty not a pudding-like mix you would get with a mortar mix.
  • If you add too much water, add some more of your dry mix until you think you have the consistency you want. It should easily fill the mold although it helps to poke your trowel down into the “mud” to distribute it evenly and help release any air bubbles.
  • You should also tap on the side of the forms with your trowel handle or a hammer to release any bubbles you missed and settle the “mud.”

1. Clay Bricks

Clay Bricks

Materials

Clay

Clay usually occurs a foot or more beneath topsoil. Dig down until you hit the clay layer and collect it in a wheelbarrow or bucket. An old landscaper’s trick is to sharpen the edge of your shovel with a file. This helps to cut and peel the clay away in slices.

Straw

You want long, dead and dry stems of grasses as reinforcement material for your clay bricks. Find some dry grass and toss it on top of your harvested clay in your wheelbarrow. You’ll want to end up with a 5 to 1 ratio of clay to straw or 5 buckets of clay to every bucket of tamped and compressed straw.

Many recipes call for the clay to be dried in the sun and then pulverized to a powder. This will allow you to most effectively combine the clay with the straw. If you don’t have the time or inclination to do this, you can mix the raw clay, water, and straw in a washtub or kid’s plastic swimming pool and walk on it with your feet to combine everything.

You might want to wear an old pair of gym shoes because you never know if something sharp will be in the mix.

Method

Clay Brick Process
  1. Lay the clay out on a board in the sun and let it dry over a periods of days if not weeks. Cover or move the board if it rains.
  2. Crush the dry clay into a powder. You can do this with a stone on the board or crush it on the board under your boots. Wear a face mask; it’ll be a dusty job.
  3. Cut up the straw into pieces about 1 to 2 inches long. Scissors or shears work best.
  4. Add 5 parts clay powder to 1 part straw in a wheelbarrow, bucket or tub and add some water. Mix with your (gloved) hands or with a trowel or small shovel. Add water as you go. You want a firm yet pliable clay and straw mixture. Make sure the straw is evenly distributed into the clay and keep mixing and turning the way you would knead bread dough.
  5. When the mixture has a soft, putty texture, you can roll it in sand as a release agent or spray your mold.
  6. Press the clay/straw mixture into your mold and use a trowel to work it and press it down to fully fill the form especially in the corners.
  7. Smooth out the top of the brick in the form with your trowel.
  8. Cover the form with a wet piece of fabric supported about 6-inches or more above the clay. Cover the wet fabric with some plastic to keep the fabric from evaporating and to protect the bricks from rain.
  9. After 2 or 3 days, invert the form and release the bricks onto a sheet of plastic on a flat surface. Cover the bricks with more plastic and let dry for another 2 weeks.

Firing the Bricks

  1. Build a chimney in a circle with the bricks leaving gaps between each brick.
  2. Start a fire in the center and then a second fire around the perimeter of the stacked bricks.
  3. Keep the fire going for at least 12 hours up to 2 days.
  4. After the fire is out, wait a day for the bricks to completely cool.
  5. Remove the bricks and rinse them with a hose and let them dry.
  6. Stack your bricks and either start your project or make some more.

2. Soil Bricks

Soil Bricks

There are two ways to make soil bricks. One involves compressing the soil with a heavy rock while the other is to simply fill the form with the soil. Either way works but compressing the soil gives you a sturdier brick.

Early American homesteaders made bricks from topsoil and also compressed them by packing and tamping them down into the mold. The bricks were sturdy when used for vertical construction but were often covered with a stucco or plaster inside and outside of a structure to protect the soil from rain and snow.

Regardless of the method, there’s a certain soil composition that’s ideal for brick making. Most soils are a combination of 3 things:

  1. Silt or organic decomposed organic material
  2. Clay or microscopic mineral flakes consisting of silicates and aluminum minerals ground to a powder consistency
  3. Sand consisting of fine grained quartz and feldspar

Each material has different characteristics and reacts differently with water. In the case of sand, there is no reaction due to the fact that quartz and feldspar are insoluble in water.

Before you start shoveling dirt into a mold, you should measure and evaluate the proportions of silt, clay, and sand in your soil. It’s easy to do.

Determining Soil Composition

Soil Analysis Process
  1. Fill a jar 1/3 full with the soil.
  2. Add 1/3 as much of water.
  3. Shake the jar vigorously and let it sit.
  4. The sand, clay and silt will settle and separate into 3 layers.
  5. The sand will be at the bottom followed by the clay with the silt on top.
Analyzing Soil In Jar

Measure the proportions of each layer to determine the amount of each. The most important ingredient is the clay and if the clay layer in the middle settles at less than a total of 20% you should either find and add more clay or use different materials to make your bricks.

Some soil brick makers say the ideal proportion is 1:1:1 or 1/3 of each of the 3 materials. Others insist on 50% clay. The only way to know is to determine the proportion you have and see if you’re satisfied with the result. It’s a balancing act. Not enough clay and the bricks will break. Too much clay and the bricks could crack. It’s another good reason to make one brick at a time in single molds until you get the recipe right.

Materials

  • Dirt (the sturdiest bricks come from dirt with a clay content of 20 to 50%)
  • Sand
  • Straw, grass, moss or pine needles
  • Water

Method

Soil Brick Process

The easiest way to mix up your soil bricks is in a hole in the ground.

Soil Brick Mixing

1. Fill the hole 2/3’s full of your brick-soil.

2. Toss some reinforcement materials on top like chopped straw or pine needles. Try to estimate a 10% proportion of reinforcement material.

3. Add water and begin to mix and turn with a shovel. Add more water as you go until you get a thick mud.

4. If you overwater and your mud is too soupy, let it rest in the hole. That’s one of the benefits of using a hole in the ground to mix. It will eventually drain away excess water.

Forms Sprayed With Release Agent

5. Spray the forms with a release agent.

Filling The Forms With Soil

6. When you have a mud you can grab and handle, scoop it up and shovel it into the forms.

Working The Soil Mix Into The Forms

7. Push the tip of your trowel into the mixture and tap the side of the forms and smooth the top.

Soil Brick Forms Filled

8. Use a board or trowel to finish the top.

Soil Bricks With One Compressed

It’s at this point that some methods call for compression of the mixture. We’re going to compress one of the bricks with a board cut to fit the top of the form and a large boulder.

9. Check the forms after a day to assess drying. Keep them covered with plastic or a wet blanket.

10. Let the soil bricks dry in the mold for 3 to 5 days. They take a little longer to set up than other types of bricks.

11. Once they have set up, release them from the mold onto a plastic-lined surface and let them dry for 2 to 3 weeks. You may have to pry the molds apart to get them to release. Keep them covered and out of the rain.

If you have a high clay content of 50%, you can fire the bricks to harden them and make them more impervious to water. A lower clay content could cause them to crack and crumble in the fire. Experiment.

Tips and Tricks

Clay Bricks vs Soil Bricks

Soil bricks are great for outbuildings and structures like small storage sheds, root cellar stairs, short walls, or any other structure that is light, simple and does not require brick with strong load bearing properties. They’re also not well suited for wet environments or underwater. They can last for years but not for centuries.

3. Papercrete Bricks

Papercrete Bricks

Papercrete is a combination of recycled paper and cement. There’s a process for putting them all together and they can help to stretch a limited supply of cement and create a brick that’s surprisingly light, easy to cut with a saw, and very strong.

They are not the best for any exposure to standing water or extremely wet environments. The paper will act as a wick and over periods of freezing and thawing, could cause the bricks to crack or crumble.

Materials

  • Newspaper or other paper
  • 1 bag of Portland Cement

Method

Papercrete Process

Papercrete is a simple process. First, you need to pulverize the paper with water to make a pulp. You then combine the pulp with cement in the proper proportions and put it into your molds.

Here’s the step by step directions:

Paper Pulp Directions

  1. Tear the paper into long, 2-inch strips and drop into a 5-gallon bucket until almost full.
  2. Pour enough water into the bucket to soak the paper strips.
  3. Tamp the paper down to compress it slightly so it is beneath the water level by at least 2 inches.
  4. Let the paper soak for 24 to 48 hours. You could also boil the paper in a large stockpot for 30 minutes if you’re in a hurry.
  5. Attach a paint or stucco mixer to the drill and move it around in the paper to shred the paper to a pulp. Experiment with drill speeds to determine which speed does the best job based on the power of your drill. You’ll want to do this out in the yard and wear old clothes. The pulp will splatter from the bucket and can splatter both you and the surrounding area.
  6. Continue to pulp the paper pulling up the mixer from the bottom and sides. If the mix is too dry and resists pulping, add water. If the mix is too wet, drain off some water from the top or add more paper. (You can add small proportions of dried paper if necessary but tear it into small pieces.)
  7. The final pulp should have the consistency of cottage cheese or lumpy oatmeal.
  8. Strain the pulp through a colander or for larger batches; improvise a strainer with a screen supported by chicken wire on a wood frame.
  9. Reserve the pulp for the final formula.

Basic Papercrete Formula

  • 5 parts paper pulp
  • 2 parts Portland cement

You’ll need another 5-gallon bucket for this step. If making a larger quantity, you could use a wheel barrow or concrete trough. You’ll use a trowel to mix the paper pulp and cement for smaller quantities. You could also use a shovel if mixing in a larger container.

Basic Papercrete Directions

Papercrete Process Step By Step
  1. Add the proper proportion of paper pulp to the mixing container (we’re using 5 parts paper pulp in a 5-gallon bucket).
  2. Add the proper proportion of cement next (we’re using two parts cement).
  3. Begin blending the mixture using the trowel. If it gets too dry, add some more paper pulp. If it’s too wet, add more cement.
  4. When done, it should have the consistency of chunky pudding.
  5. It should not settle when placed on a board but hold its shape. You’re now ready to trowel into a form. If you are applying to the side of a mold for a pot or other object, you’ll want to have a thicker consistency so the wet papercrete will not slide down the mold. It’s easier in a form for a brick because the sides of the form simply contain the wet papercrete.
  6. After 20 minutes, the papercrete will start to settle. That’s the time to add a little more if you want a uniform shape for a brick. Use a trowel to smooth the top of the papercrete if you’re making a brick. If you’re using a mold for a pot or object, you’ll want to check the sides to make sure none of the papercrete has slid down.
  7. Cover the mold or form with plastic wrap for 24 hours to let the papercrete slowly cure, and then remove the plastic wrap and remove the form to allow the papercrete to stand freely for further drying.
  8. Let dry for another 5 to 10 days.
  9. If drying outdoors, cover with a loose-fitting tarp to prevent morning dew or rain from coming in contact. If making papercrete in winter, you’ll need to let it dry in a relatively warm area like a garage or a place where you have improvised some form of heat.
  10. Something as simple as covering it with a black tarp or a black plastic garbage bag could capture enough heat from the sun to do the job during a cold day.

Tips and Tricks

If you’re concerned about moisture with papercrete, you can paint the bricks with water-sealing paint. Prime it first and it should help to protect the papercrete from any long-term moisture damage especially freezing and thawing.

4. Concrete Bricks

Concrete Bricks

We saved the easiest for last. You still need forms and you’ll have to do some mixing and go through a drying/curing process, but the materials are easy to buy and even the natural materials you’ll add to the cement like sand or stone can be easy to find.

Concrete bricks are incredibly strong, waterproof and can bear the heaviest loads. They also dry the fastest although you should let them cure properly before using.

Materials

Materials For Concrete Bricks
  • Portland cement
  • Sand
  • Small stones about the size of pebbles

Method

Concrete Brick Process

The standard recipe for concrete is 1 part cement to 2 parts sand to 4 parts stone. If you want a stronger brick for any reason, increase the concrete and reduce the stone.

You could also add metal reinforcement to the bricks. This could be as easy as pressing long nails into the concrete in the forms or any other scrap metal. Don’t overdo it and make sure any metal you add is well immersed in the concrete. Any metal should have some measurable length. Adding nuts and washers to the bricks won’t add much in the way of structural integrity.

Mix the concrete to a putty and pour into the forms. You’ll really want to make sure you spray the forms with a release agent or at least a spray of vegetable oil.

Let the bricks dry for 24 hours in the forms and then release them onto a dry surface to cure for another 24 hours.

Tips and Tricks

Concrete is the best material to use for odd shaped bricks that you want to customize. If you want an “L” shaped brick or a “T” shaped brick, just make the form to that configuration. Odd sized bricks are really helped with some metal reinforcing rods pressed into the concrete especially at any angled joints.

Mortar

You need mortar to build with bricks. The best solution is to buy a pre-mixed mortar and follow the directions on the bag. However, you can improvise your own.

The recipe is very simple.

Mortar Materials
  • You need a 50/50 mix of clay and straw.
  • The straw should be shredded and pulverized into fibers and mixed and mixed with the clay and water.
  • You want a thick pudding-like consistency that will hold up when compressed between your bricks. It should also adhere when you “butter” the side of a brick while building a wall or structure.
  • Use a trowel to scoop off any excess that oozes out when you compress your bricks.

There’s a whole lot more to brick laying than slapping mortar on bricks so do some homework before you build. In a perfect world –buy a bag of mortar especially if you want a long-lasting structure.

Remember to Experiment

If you’re making bricks for the first time, it pays to make one or a few at a time until you get the right mix of ingredients and the hang of how to go through the process. Once you feel confident in your mix and your method you can go into mass production and build your own Jericho. Or maybe just a nice brick foundation for a new chicken coop.

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DIY Laundry Detergent

DIY Laundry Detergent

When I started my blog fourteen years ago, I wrote a post about making homemade DIY laundry detergent. Some people may call it laundry soap; you get the idea either way. Remember, you’ll always use less because there is no filler. DO NOT use a big scoop like the detergents with fillers.

I had a friend teach me how to make it years ago, and that’s how I wrote that original post. I updated this post to show my readers how to make it. Let me know if you make your own detergent and what ingredients you use. In case you missed this post, How To Make Emergency Washing Machines

I highly recommend a Lavario Portable Washing Machine (currently out of stock)

Here is another option for washing clothes after a disaster: Portable Washing Machine

What I love about this homemade laundry detergent recipe is that you can make as little or as much as you want whenever you want. Yes, I stockpile the ingredients. Be sure to check your clothing to ensure it is, in fact, washable and not dry-cleanable only.

DIY Laundry Detergent

Dry DIY Laundry Detergent Over Liquid Laundry Soap

It’s easy to make laundry detergent, it is. I prefer the dry over the liquid because I’m one of those chicks who likes to be prepared for the unexpected, and we all need to do laundry.

Yep, I will probably never run out of the stuff. I have several years stored in a closet in five-gallon buckets. I couldn’t do that with liquid detergent.

I use only 1/2 to 1 teaspoon of laundry detergent in my front-loading high-efficiency (HE) washing machine. This is my second or third HE washer. I don’t think I could go back to a top-loader unit.

I started using one tablespoon, but I got the same results with half of that, so now it costs me even less. I have to love the savings, and it does a great job cleaning my clothes!

Grater And Blender

You can make this stuff with a cheese grater and a blender. Some people say it makes their cheese grater or blender smell like soap. When I’m done, I soak them in a bit of bleach or white vinegar, then rinse them with really hot water, and that works out great for me since I don’t taste or smell detergent on the tools.

Then I wash the items to remove any bleach residue. This year, I used my Nutri Blender to blend the ingredients instead of my Bosch blender. I used a Vegetable Grater to shred the bars of soap. You can also use a cheese grater; just be careful while grating to avoid injuring your fingers.

You must let your blender of choice cool down between batches because it may overheat. I waited about an hour and returned and made a few more batches to fill the gallon container. You could also use mason jars, but I chose this glass jar. One Gallon Jar

DIY Laundry Detergent

Here’s the deal: you don’t have to invest a lot of money in equipment to make your own laundry detergent. I make it in large quantities to share with my daughters. You can use a salad shooter or just a plain grater to grate the bars of soap.

Any blender will work as long as you ensure it doesn’t overheat. I love the scent of Fels-Naptha bars, but I have also seen people using Castile soap bars. I think it’s just a personal preference. I stick with the Fels since I’ve had such a good experience with the job it does; my clothes come out clean and smell so fresh without having to add essential oils or harsh chemicals.

On Facebook, I’ve noticed families getting together on a weeknight to make their DIY laundry detergent together. What a great idea! I hope you enjoy this recipe as much as I do! Saving money is a massive thing for all of us! My friend, Deborah, uses Wool Dryer Balls.

In case you missed this post, 15 Ways to Clean Your Home with Borax

Kitchen Items You May Need:

DIY Laundry Detergent Ingredients

DIY Laundry Detergent Recipe

Step One: Gather Your Ingredients

The first thing I like to do is gather all the ingredients; this recipe only has three. I love it! I understand you can use different bars of soap, like Castile soap, but I’ve only used Fels-Naptha bars because I’ve learned over the years that they work. I used one 65-ounce box of Borax, one 55-ounce box of Washing Soda, and 5-6 bars of Fels-Naptha to fill the one-gallon jar.

Ingredients

Step Two: Prepare Soap for Grater/Shredder

Because I’m using my electric salad vegetable grater, I cut the bar of soap in half lengthwise so it fits inside the top of the grater. Here, you can see one cup of Borax and one cup of Arm & Hammer Super Washing Soda.

DIY Laundry Detergent

Step Three: Grate or Shred the Soap Bars

It’s easy to use my Presto Salad/Vegetable shredder. Mark and I have grated many bars of soap by hand, so I don’t think you need fancy equipment to make it.

Grating The Bar Of Soap

Step Four: Grind Ingredients Together

Because the soap powder is thick, I “grind” a half batch at a time to keep my unit from overheating. So, you can see below 1/2 bar of soap, 1/2 cup of Borax, and 1/2 cup of Arm & Hammer Super Washing Soda. Then, after mixing that batch, I started mixing the other half of the recipe. Yes, it takes two steps, but both I and my equipment stay sharp.

DIY Laundry Detergent

Step Five: Store Detergent in Container

This picture shows how much ONE batch of my own homemade laundry soap recipe filled the one-gallon jar. You can fill mason quart jars, or even pint jars if you want, depending on your storage space and how easy it is for you to lift them. Because you use so little detergent per load of laundry, it lasts much longer than store-bought detergent.

First Batch

Finished Product

DIY Laundry Detergent

Homemade Laundry Laundry Recipe

First Batch
Print

DIY Laundry Detergent/Soap

Prep Time 35 minutes
Cook Time 0 minutes
Total Time 35 minutes
Servings 3 cups
Author Linda Loosli

Ingredients

  • 1 bar Fels-Naptha Soap-grated either by hand, food processor, or salad shooter
  • 1 cup Borax Detergent Booster
  • 1 cup Arm and Hammer Super Washing Soda (not regular baking soda)

Instructions

  • Grate the bar of soap by hand, or use an electric vegetable grater.
  • Put these 3 ingredients in a blender to blend.
  • After doing this, it will look just like the store-purchased detergent, but will not include all the “fillers."
  • You will use less product per load and will have fewer “soap bubbles."
  • Remember, just having bubbles doesn’t mean clean. I use 1/2 to 1 teaspoon per load, depending on the size of the load.
  • I have a HE-High Efficiency washer, and it works great in regular washing machines as well.
  • Store the finished product in an airtight container, preferably glass to keep it dry.
  • I store some in 5-gallon buckets, but I don't live where it's humid. Just giving you the heads up.

Is Borax Laundry Booster Safe For Washing Clothes?

Borax Laundry Booster is generally considered safe for washing clothes when used as directed. It’s a naturally occurring mineral compound (sodium tetraborate) that has been used as a laundry aid for over 100 years. When added to your wash cycle, borax softens hard water, boosts detergent effectiveness, and helps neutralize odors and remove stains. It dissolves completely in water, meaning it rinses out of fabrics thoroughly and doesn’t leave a harmful residue on your clothing.

Borax is safe for most washable fabrics, including cotton, synthetics, and blends, and is gentle enough that it won’t cause damage or significant fading when used in recommended amounts, typically about half a cup per load. It is also free of phosphates and chlorine bleach, making it a milder alternative to harsher laundry additives. As with any cleaning product, it’s advisable to keep it out of reach of children and avoid direct skin contact in its dry powder form, but once diluted in a full load of wash water, it poses no meaningful risk to your garments or to most people’s skin.

Is Arm & Hammer Laundry Booster Super Washing Soda Safe For Clothes?

Arm & Hammer Super Washing Soda is generally considered safe for washing clothes when used as directed. It’s a natural mineral compound (sodium carbonate) that has been a trusted laundry booster for generations, made from the same basic elements found in baking soda but with a stronger alkaline formula. When added to your wash cycle, Super Washing Soda softens hard water, cuts through grease and grime, and boosts the cleaning power of your regular laundry detergent, allowing it to work more effectively.

It dissolves well in water and rinses cleanly from fabrics, leaving no harmful residue on your clothing. Super Washing Soda is safe for most standard washable fabrics, including cotton, linen, and synthetic blends, and is particularly effective at tackling tough stains and odors. It contains no phosphates, bleach, or added fragrances, making it a straightforward and relatively mild laundry additive compared to harsher chemical boosters. One thing to keep in mind is that, due to its higher alkalinity, it is best to avoid using it on delicate fabrics such as wool, silk, or anything labeled “dry clean only,” as it may damage those fibers. When used on appropriate fabrics, Arm & Hammer Super Washing Soda is a safe, effective, and affordable way to enhance your laundry routine.

Is Fels Naptha Safe For Washing Clothes?

Fels-Naptha is generally considered safe for washing clothes when used as directed and has been a trusted laundry soap bar in American households for decades. It’s a heavy-duty bar soap formulated for laundry, designed to serve as both a stain pre-treatment and a direct wash agent. When used as a pre-treater, you simply wet the bar and rub it directly onto stained areas of fabric before laundering, allowing its powerful cleaning agents to break down grease, oil, grass stains, ring-around-the-collar, and other tough spots. Fels-Naptha rinses out cleanly during the wash cycle, leaving no harmful soap residue on your garments. It’s safe for most common washable fabrics, including cotton, polyester, and blended materials, and is particularly well-regarded for its ability to remove stubborn stains that regular detergent alone might struggle to remove.

It’s also a popular ingredient in homemade laundry detergent recipes, where it’s grated and combined with washing soda and borax for a cost-effective DIY cleaning solution. It’s worth noting that Fels-Naptha is not recommended for delicate fabrics such as wool or silk, and individuals with very sensitive skin may want to wear gloves when handling the bar directly, as its strong cleaning formula can be drying. However, when used on appropriate fabrics and rinsed thoroughly in the wash, Fels-Naptha is a safe, reliable, and highly effective laundry treatment that has stood the test of time.

How many boxes of Borax, Super Washing Soda, and Fels-Naptha soap bars fill a one-gallon jar?

This is a little tricky, and I used one box of Borax, one box of Super Washing Soda, and 5 bars of Fels-Naptha soap. I had a little bit of the product left in each box. I’ll save it for the next batch. It will never be an even number of boxes and soap bars to fill a one-gallon jar.

How do I store these products in a humid area?

I highly recommend storing the detergent, Borax, and Super Washing Soda in airtight glass containers.

How do I store Borax if I live in a humid area?

This is an excellent question because humidity causes havoc with borax. Over time, it’ll become clumpy or even like a total brick. I highly recommend storing your borax in an airtight container filled with detergent or using mason jars.

Final Word

Please let me know if you’ve tried making my DIY Laundry Detergent; I would love to hear from you. We know how much everything has gone up in price, right? If you’re like me, you’re willing to try new things that save money while delivering the same or better quality results.

Well, the ingredients I used today have gone up as well. This recipe uses so little detergent/soap per laundry batch that I still save money. May God bless this world, Linda

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