HOW TO MAKE LIQUID SOAP LIKE MORNING FRESH

How is liquid laundry detergent made? What is the step by step procedure for making commercial dishwashing liquid? Find your answers in this practical guide.

Liquid soap as the name implies is soap in liquid form. It is a cleansing agent and it is a multi-purpose cleanser.

Liquid soap is also known as liquid detergent. It can emulsify oils and hold dirt in suspension.

LIQUID SOAP PRODUCTION FORMULA

How do you make liquid laundry soap like morning fresh? Liquid detergents (Soap) share the same properties with solid detergents. A detergent is expected to consist of the surface-active agents or ingredients which are the essential ingredients and subsidiary ingredients (supplementing ingredients).

In all detergents, the surface-active agent forms the most important part of the detergent. All the ingredients needed in the production of liquid soap (liquid detergents) will be listed later. Do you know the function of sulphonic acid in liquid soap?

How does morning fresh produce their liquid soap?

Note: in this lesson, we hope to learn how to make a multi-purpose liquid soap. That is one that can be used for basic cleaning like washing of plates, cars, laundry, etc.

Commonly asked questions in the making of liquid soap:

  • What is the basic function of Sulphonic acid, caustic soda, Nitrosol, soda ash, SLS, Natrosol and Texapon in liquid soap?
  • What is the chemical formula for liquid soap?
  • What is the foam booster in liquid soap?
  • What does STPP do in liquid soap?

Here is how to make liquid detergent for home and commercial use:

HOW TO PRODUCE LIQUID SOAP – INGREDIENTS AND PROCEDURES FOR PRODUCTION

Materials (chemicals) Needed For The Production Of 20 Litres Of Liquid Detergent (soap)

  • Nitrosol/Antisol or C.M.S……….1 tin milk cup ( very full).
  • Sulphonic acid………….1 liter
  • Caustic soda…………….1/3 tin milk cup
  • Soda ash……………….1/2 tin milk cup
  • Texapon………………………5-6 teaspoonfuls
  • Formalin……………………5-7 teaspoonfuls (optional)
  • Perfume(Fragrance)…….as desired.
  • SLS. (Sodium laurate sulfate)………….5-6 teaspoonfuls
  • S.T.P.P (sodium Tripolyphosphate)………5-6 teaspoonfuls
  • Colorant…………….as desired
  • Water……………………19 liters

These are the essential materials for making liquid soap.

THE APPARATUS (TOOLS) NEEDED FOR THE PRODUCTION OF LIQUID SOAP

  • Containers (Plastic bowls)
  • Hand gloves
  • Nose mask
  • Stirring rod (Turning Stick)

METHOD OF PREPARATION – LIQUID SOAP MANUFACTURING PROCESS

-Dissolve the caustic soda with 1 liter of water and allow it to stay for 30 minutes to 1hr or overnight.
-Dissolve soda ash in 1 liter of water and allow to stay for 30min/hr or overnight.
-Get your sulphonic acid, one of the important chemicals for making soap, pour inside an empty bowl, and add your perfume (fragrance) to it and the texapon, then add like 3-4 liters of water and stir very well for about 5 – 10 minutes.
-Dissolve the SLS with 2 tin milk cups of water
-Dissolve the STPP with 2 tin milk cups of water also
-Get the Nitrosol but if it is C.M.C you’re using, make sure it is dissolved 2 days to the preparation of the soap with 4-5 liters of water. If you are using Nitrosol, it’s used instantly (as in, no need soaking it down). What is Nitrosol?

SEE: Sample Detergent Business Plan

LIQUID SOAP PREPARATION

-Get the Nitrosol that has been dissolved in water or the C.MC. that has been dissolved 2 days to the preparation of the soap.
-Add the dissolved sulphonic acid, texapon and perfume to either the Nitrosol or C.MC depending on the one you are using and stir very well.
-Add the already dissolved caustic Soda and stir very well.
-Add the already dissolved soda ash and stir properly.
-Add formalin to the content and stir properly.
-Add the dissolved S.T.P.P and stir.
-Add the dissolved SLS to the content.
-Dissolve your colorant in water and ensure that the colorant is completely dissolved, then add it to the solution and stir thoroughly.
-Add some quantity of water to the mixture, depending on the thickness of the mixture.
Leave the mixture for some hours or preferably till the following day and then package for use or sale.

Using the instruction or guide giving for the commercial production of liquid soap, kindly use the giving materials and measurement given below to produce 2-3 liters of liquid soap at home.

MATERIALS MEASUREMENT

Sulpunic Acid 1 peak milk tin
Caustic Soda 1 spoon
Soda Ash 2 spoon
STTP or SLS 1/2 spoon
Nitrosol 1 tomato tin cup(just at mouth level)
Texapon 1/2 spoon
Formalin Optional (just some drops)
Fragrance(perfume)1/2 spoon or as desired
Water 2-3 liters

TIPS

-Dilute your sulpunic acid with 1/2 liter of water
-Dissolve the nitrosol with 1/2 liter or just a little less.
-Dissolve the caustic soda with 1 tomato tin cup of water
-Dissolve the soda ash with 1 milk tin cup of water.

THE FUNCTION OF SOME OF THESE CHEMICALS

-Caustic soda is used as a base during detergent production: It is a stain remover
-Sulphonic acid is an organic acid, which is very important in liquid detergent production. It neutralizes the basic effect of sodium hydroxide (Caustic soda): It is one of the foaming agents for liquid detergent.
-S.T.P.P (sodium TripolyPhosphate): In liquid detergent, it helps to soften water, suspends soil, and serves as an anti-spotting agent. It is a good builder and also ensures the stability of liquid detergents when used.
-Formalin is a preservative in the liquid detergent
-Fragrance (perfume) is to give a good and pleasant smell
-Nitrosol: Is a thickening agent.
– SLS is a foam booster

COST OF MATERIALS

-Sulphuric acid———–1/2 liter (N450)
-Caustic soda————-1/2 kg (N90)
-Soda ash—————–1/2 kg (N90)
-Nitrosol——————1/8 kg (N250)
-Color——————-1Sachet(N50)
-STTP——————–1/4 kg (N50)
-SLS———————-1/8 kg (N190)
Perfume——————-(N100) depends on the type you are going for. Just get a good perfume for liquid detergent in the market.

The above cost is given based on the least quantity of materials you can buy or that some sellers might agree to sell to you. Also, note that you only need a little out of the materials to do your assignment. You can keep your remaining chemicals for future use.

CREDIT: Thanks to Ezekiel Prince for this awesome guide.