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This article was co-written by Susan Stocker. Susan Stocker runs and owns a leading green cleaning company in Seattle. She is locally known for her model of outstanding customer service – winner of the Better Business Torch Award 2017 for Ethics & Integrity – and is a strong advocate of fair pay, employee benefits and corporate governance. green sanitation.
This article has been viewed 81,278 times.
Making soap at home is a great way to meet a family need or create great gifts for friends that are both pleasing to the eye and inexpensive. You can use soap making kits, but with making your own soap from scratch, you can choose your own ingredients and customize them to suit your needs. The article will show you how to make soap from basic ingredients using the cold method.
- 680 gr coconut oil/olive oil
- 1,000 grams of vegetable fat
- 340 gr sodium hydroxide or lye (aka caustic soda)
- 900 gr purified water or distilled water
- 120 ml of your favorite essential oil, e.g. mint, lemon, rose or lavender
Steps
Preparing to make soap by cold method
- Goggles and rubber gloves to protect yourself from lye.
- Scales to weigh ingredients.
- Large stainless steel or porcelain kettle. Do not use aluminum kettles and kettles with non-stick surfaces.
- Glass or wide-mouth plastic water bottle for water and alkali.
- 480 ml capacity glass or plastic measuring cup.
- Plastic spoon or wooden spoon.
- Hand blender. This tool is not absolutely necessary but will help reduce the stirring time to about 30 minutes.
- 2 glass thermometers can measure temperature from 27-38 degrees Celsius. You can use the thermometer to measure candy temperature.
- Plastic molds are suitable for making cold soap, or shoe boxes, or wooden molds. If you’re using a shoe box or wooden mold, you should line it with parchment paper.
- Plenty of paper towels to clean.
- Absolutely do not let the lye solution get on the skin because the alkali causes skin burns.
- Always wear goggles and gloves while handling lye and harsh soaps.
- Handle lye solutions outside of housing or in a well-ventilated area to avoid inhaling airborne gases.
Mix ingredients
- It is important to pour alkali into the water, not the other way around; If you add water to an alkaline substance, the reaction between the two will happen very quickly and can be dangerous.
- When alkali is poured into water, the alkali will heat the water and produce a gas. Turn away to avoid inhalation.
- Set the mixture aside. Wait for the mixture to cool and the substance to dissolve.
- Use a wooden spoon or a heatproof spoon to stir; Do not use metal spoons.
- You can use a hand blender to stir the lye and oil.
- Continue stirring for another 10-15 minutes until “bursting” occurs; you will see the spoon leave a clear streak like when making pudding. If using a hand blender, this should happen in about 5 minutes.
- If you don’t see streaks on the surface within 15 minutes, you should let it sit for 10-15 minutes before continuing to mix.
Pour soap mold
- Be sure to still wear gloves and goggles during this step as harsh soaps are corrosive and can cause skin burns.
- Carefully hold the mold 2.5-5 cm from the tabletop and then drop it down. Do this step a few times to push the air bubbles inside out of the raw soap.
- The towel will help insulate the soap and help the saponification process happen.
- Cover, let stand and keep soap away from exhaust fans (including air conditioners) for 24 hours.
- If measured correctly and followed the instructions, the soap will have a thin, ash-like white coating on the surface. This substance is basically harmless and you can scrape it off with an old ruler or metal spatula.
- If the soap has a thick glossy film on top, it cannot be used because the alkali and oil have been separated. This occurs if you measure incorrectly, do not stir long enough, or if there is a significant difference between the temperatures of the alkali and the oil when mixed.
- Soap that doesn’t harden or has white or transparent particles in it means the soap can be corrosive to the skin and unusable. This is due to not being stirred enough in the soap making process.
Dry soap
Advice
- Do not use perfume as a fragrance, especially perfumes containing alcohol. The alcohol will change the chemical reaction between the alkali and the fat, causing the soap to spoil. You can use natural essential oils or specialized fragrances to make soap. A little essential oil or aromatherapy also creates a very fragrant smell. You only need about a teaspoon.
- Temperature is an important factor when mixing oils with alkalis. If the temperature is too high, the two mixtures will separate; If the temperature is too low, the mixture will not turn into soap.
- You can buy lye at most chemical stores or online. Make sure the packaging says the product is 100% sodium hydroxide.
- Do not make your own soap without the permission of a parent or guardian. If not, you could be in trouble.
Warning
- Soap making tools are only used to make soap. Do not reuse in the kitchen or for food handling. Use caution when using wooden utensils, as they are porous and can flake off if used continuously for soap making. Do not use a whisk because caustic substances can stick to many places on the tool.
- Small white particles that appear after the soap has hardened in the mold is a sign the soap is corrosive and must be handled safely. These white particles are alkaline. To deal with this batch of alkaline soap, you can neutralize the alkali with vinegar. Soak the bar of soap in water and use your hands (with gloves on) to break the bar or use something else to break the soap into small pieces, then pour the soap-vinegar mixture down the drain. .
- An alkaline solution (sodium hydroxide) is a strong base and can be very dangerous. Avoid contact with skin and eyes. If lye comes into contact with the skin, flush with water, then vinegar can be used to neutralize the burn and seek medical attention. If lye solution comes into contact with eyes, you should rinse with cool water for 15-20 minutes and then seek medical attention. Use an emergency eyewash or eyewash bottle if available. If lye is swallowed, contact a poison control center immediately.
- Wear rubber gloves and goggles when handling lye solutions. Do not leave lye solution within reach of small children and pets.
- When mixing chemicals such as alkalis with water, you should always pour the chemical into the water, not the chemical to reduce the risk of the chemical splashing out.
Things you need
- Oil:
- 680 gr olive oil (non-virgin)
- 680 gr coconut oil
- 1,000 grams of vegetable fat
- Lye:
- 340 gr lye solution
- 900 gr purified water or purified water
- Fragrance or essential oil
- 120 ml of favorite flavoring
- Device:
- Goggles
- Rubber gloves
- Apron
- Scales to weigh ingredients
- Large stainless steel or porcelain kettle. Do not use aluminum kettles and kettles with non-stick surfaces.
- Wide-mouthed glass or plastic water bottle for water and alkali
- 480ml capacity glass or plastic measuring cup
- Plastic spoon or wooden spoon
- Hand blender (optional)
- 2 glass thermometers that can measure temperatures from 27-38 degrees Celsius. Can use candy thermometers
- Plastic molds are suitable for making cold soap or shoe boxes or wooden molds.
- Stencils
- Lots of tissues
- Source of running water and vinegar (in case of contact with lye).
This article was co-written by Susan Stocker. Susan Stocker runs and owns a leading green cleaning company in Seattle. She is locally known for her model of outstanding customer service – winner of the Better Business Torch Award 2017 for Ethics & Integrity – and is a strong advocate of fair pay, employee benefits and corporate governance. green sanitation.
This article has been viewed 81,278 times.
Making soap at home is a great way to meet a family need or create great gifts for friends that are both pleasing to the eye and inexpensive. You can use soap making kits, but with making your own soap from scratch, you can choose your own ingredients and customize them to suit your needs. The article will show you how to make soap from basic ingredients using the cold method.
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