Formulation of Detergent Powder and Liquid Laundry Detergent

Detergent Formulation Meaning

The meaning of Detergent formulation or manufacture is a complex mixture of more than 95% powder: inorganic salts of alkaline metals, called builders, and a system of surfactants composed of anionic and nonionic organic molecules.

Detergents are substances that cut particles of fat and pus from other clothing or other items. The first substance made in soap was soap. These materials are used in many uses, such as in cleaning, washing, textile processes, etc.

The last known soap dispenser dates back to around 2000 years. For 700 years, soap has been industrialized and manufactured in large quantities, and for 200 years it has been converted to classical form.

Currently, in some countries, about 80% of detergents are consumed with synthetic detergents.

However, the common use of the term soap, alkali, or ammonium metal salts indicates a straight-chain carboxylic acid containing 10–18 carbon atoms and the name of the detergent in a synthetic material with the same composition.

These materials are used in many uses, such as in cleaning, washing, textile processes, etc.

Metal soaps, alkaline earth carbonates, or heavy metals are long chains. These soaps are insoluble in water and are used in inorganic systems, ranging from additives to lubricating oils, rust inhibitors, waterproofing materials and gelatin fuels, and fungicides.

A notable feature is that the soap molecule expresses polarization imbalances, dissolution potentials, and the nature of the abnormal phase in polar and nonpolar solvents inside the detergent and the cleanser.

This behavior is the precise advantage of such compounds in the areas of wetting, dissolving, decomposing, dyeing, and many other industrial and household products.

Solid detergent for literature is poor in manufacture.

Hard surface cleaning. This is mainly due to the fact that formulas are usually chosen based on high amounts of liquid active compounds for their good efficiency on such substrates.

Detergents in tablet form present the following advantages: They are more reliable to use, are easier to dose, and are safe for the consumer as there is no leakage or dust.

From an environmental point of view, tablets reduce the volumes for transport and storage, reducing packaging and using fewer chemicals. They were introduced in Europe in 1998 and arrived early.

Then the laundry detergent market in countries such as France or Germany exceeded 50%. They are manufactured using either continuous rolling condensation or the uniaxial compression process.

The powder is directly compressed or undergoes the initial stage of the rash. Spray drying was the most prevalent granulation process until the emergence of high-density powders until the end.

In the 1980s. Tower route NTR processes for non-tower route processes represent from this time the newly available stacking techniques for detergents. Compared to spray drying, the inductance is small in volume and allows high energy savings.

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Any ingredient-free laundry detergent meaning

Without a Ph.D. in construction chemistry, component labels can still be difficult to interpret. An alternative is to find detergents that are not specifically containing potentially harmful substances. These include:

100% Biodegradable

Only materials that are known to biodegrade in water, and do not freeze, can be added. There are several national standards, but the term is strictly regulated in the European Union (EC648 / 2004) and the US (under FIFRA).


A byproduct of building materials, 1,4-dioxin is potentially carcinogenic. The term has not been regulated in the European Union or the US, and it is therefore up to manufacturers to test their products for 1,4-dioxin if added to the label.

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A common preservative, formaldehyde is another ‘potential carcinogen‘ and may cause toxicity if the dose accumulates over time. The term is not regulated in the European Union or the US, and therefore manufacturers are responsible for testing.


Phosphate detergents are banned in most countries, and therefore ‘phosphate-free is common on the ingredient label. Algal blooms pose a risk of accumulation, which reduces water oxygen concentrations (rope eutrophication).


Sulfates are common surfactants, and therefore ‘sulfate-free detergents use alternative chemicals. Alternatively, the alternatives may not be more desirable, as all surfaces are obsolescent.

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Parabens are preservatives that can be carcinogenic, cause toxicity and accumulate in the environment. Detergents will likely have alternative preservatives, and if listed, will need to be reviewed individually.


The manufacturer does not add fragrance to the detergent. Some individuals may have dermatitis or allergies due to fragrance.

With many of these conditions of any ingredient-free laundry detergent, it is the manufacturer’s responsibility to prove that their product is ‘free of any ingredient’.

Simply adding a chemical may be sufficient to include the word on the label (such a detergent may not list 1,4-dioxane as a component, since it is not specifically added, but May exists in trace amounts).

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For these irregular words, the only way to confirm the level of testing is to contact the manufacturer directly.

And, don’t be fooled by marketing terms like ‘natural’, ‘sensitive skin’, ‘hypoallergenic‘, or ‘plant-based. These phrases are not regulated, and therefore often have no implication for the contents or their safety.

Formulation of Detergent

Formulation of Detergent Powder

Washing powder machines add certain substances to the washing powder, which increases their cleaning power. One of these materials is borate, which is white and colored. The main components of laundry detergents include:

The main active ingredient that is a cleaning agent and separates dirt from clothing is an alkaline agent (such as silicates) that prevents corrosion of the washing machine, the bleaching agent and the color of vinegar are usually sodium perborate, an agent and controller.

And the auxiliary cleaner, which helps reduce water hardness that helps to clean (such as phosphate), prevents rebounding agents such as CMC from removing dirt on the fabric, and the optical Bratz brightens the fabric. Disinfectant and Disinfectant.

Ingredients of Detergent Powder Formula

Alcohol Ethoxylate (AE)

Non-ionic surfactant. Removes greasy stains from your garments

Alkyl (or Alcohol) Ethoxy Sulphate (AES) and Alkyl Sulphate (AS)

Anionic surfactant. Two of the most widely used tools for removing stains.

Amine Oxide

Amphoteric surfactant. Used along with other surfactants to remove stains. Can be anionic, cationic, or non-ionic.

Carboxymethyl Cellulose (CMC)

A polymer that comes from natural cellulose. Helps stop stains from returning to the garment they’ve been removed from.

Citric Acid

The acid found in lemons and citrus fruits, it’s mild and helps to remove bad smells from clothes. Known as a chelating agent.


Another chelating agent that removes malodors from garments.

Diethyl Ester Dimethyl Ammonium Chloride (DEEDMAC)

An ammonium compound is used in fabric conditioners to keep fabrics smooth.


Clear, colorless alcohol is used as a solvent in detergents.

Ethylene Diamine Disuccinate (SS-EDDS)

Developed by P&G as a builder and chelating agent.

Hydrogen Peroxide

One of the simplest and most common bleaching agents.

Linear Alkylbenzene Sulfonate (LAS)

The most widely used anionic surfactant in the world. Removes stains from your garments.

Mono Ethanol Amine (MEA), 2-aminoethanol, or Ethanolamine

An organic amine and primary alcohol are used as a solvent and a weak base (which maintains the pH balance in your laundry).


Sodium percarbonate is a bleaching agent used in detergents.

Polyethylene Glycols (PEG), Polyethylene Oxide (PEO), or Polyoxyethylene (POE)

A polyether compound is used for many things, including as a lubricant and surfactant.

Polyvinyl Alcohol

A water-soluble synthetic polymer was used to make the casing for liquid tabs and Ariel PODS.

Propylene Glycol

An organic compound is used as a solvent and enzyme.

Sodium Carbonate

The salt of carbonic acid is used as a builder in detergents.

Sodium Disilicate

Used as a builder in detergents.

Sodium Hypochlorite

A chlorine-based bleaching agent.

Sodium Triphosphate (STPP)

Historically used in detergents as a builder, but no longer found in any P&G laundry products worldwide.

Tetra Acetyl Ethylene Diamine (TAED)

A bleaching activator and oxidizing agent used in detergents and bleaches.

Titanium and Titanium Dioxide

The most commonly used white pigment.

Zinc Phthalocyanine Sulphonate (ZPS)

Used as a photobleaching agent where line drying is common.

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Ingredients Ratio to Formulate Laundry Detergent

Formulation of Washing Detergent Powder

Soda Ash67 %
Global Salt2 %
Linear Alkyl Benzene Sulphonic Acid (LABSA)18 %
Sodium Tri Poly Phosphate3%
Triple Super Phosphate2%
Sodium Hydroxide2%
Sodium Lauryl Sulphate (SLS)1%
Optical Brightener1%
NANSA Powder2%
Colored Granules1%

Process of Detergent Formulation

  1. First, take Soda Ash from the mixing machine. Then add Linear Alkyl Benzene Sulphonic Acid slowly to prevent agglomeration.
  2. While mixing of the Soda Ash, take another container to make Sodium Hydroxide Solution. For this, take Sodium Hydroxide and the same amount of water. Stir the mixture for a few minutes and leave it to get cool.
  3. Add the Lye Solution made in step 2 to the mixing container.
  4. Now add Global Salt.
  5. Add Sodium Tri Poly Phosphate
  6. Add Triple Super Phosphate
  7. Add Sodium Lauryl Sulphate (SLS)
  8. Add Silky
  9. Add Optical Brightener
  10. Add Enzyme
  11. Add NANSA Powder
  12. Add Colored Granules
  13. Add your desired Fragrance

Formulation of Synthetic Detergent

Synthetic detergents that are used today, such as soap, are composed of a hydrocarbon chain attached to a salt of a water-soluble acid.

It should be noted that the chain length and the type of hydrocarbon used have been appropriately chosen. Polar derivatives of sulfuric acid are widely used to replace carboxylates.

For example, alkali sulfate (ROSO3Na), alkanes sulfonate (RSO3Na), and alkyl-aryl sulfonate (R-C6H4-SO3Na) may be mentioned, and the most important of these substances are sodium lauryl (dodecyl) sulfate (C12H25Na).

Sodium dodecylbenzene sulfonate (C12H25-C6H4-SO3-Na), which has high cleaning power. Esters and amides of fatty acids, which originate from (H2NCH2CH2SO3H) and (HOCH2CH2SO3H), are among the first synthetic compounds. In addition, alkane phosphates represent another type of ionic synthetic material.

Formulation of Detergent Powder and Liquid Laundry Detergent

A very well-known example of cationic detergent (invert soap) is the fourth type of this class of C16H33N (CH3) Br. On the second floor, the inorganic detergent, the polar group is a non-integrated water-soluble group, with a plurality of oxygen functions (ethers and alcohols) typically selected in hydrogen bonding with water.

An example, in this case, Esther is made up of fatty acids and sugars.

Among the other common types, one may refer to the polymerization of several ethylene oxide units with alcohol containing the general formula R-O- (CH2CH2O) 2H.

In addition, M-oxides such as R-N (Chsub> 3) 2 → O and their corresponding phosphine oxides are also provided. The most important synthetic detergents are available here.

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Formulation of Detergent Soap

Soap can be made from alkali hydrolysis (an ester of fatty acids with glycerol) of fats and natural oils, such as coconut oil and olives called the saponification process:

C3H5 (OOCR) 3 + 3NaOH → 3NaOOCR + C3H5 (OH) 3

It should be noted that in new methods direct hydrolysis of lipids is used by water at high temperatures. This enables the purification and separation of fatty acids that are neutralized in soap, which is the basis of a continuous process.

From a chemical point of view, fats with about 10–18 carbon atoms are metal salts of fatty acids (carboxylic acids).

Although all metal salts of fatty acids are soaps, only alkaline salts such as sodium and potassium are soluble in water and have a clean effect.

Salt does not dissolve alkaline earth metals (such as calcium and magnesium, etc.) in water. As a result, ordinary soaps accumulate in hard water adjacent to calcium and magnesium ions.

Soap does not dry well and it loses its cleansing properties.

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Aluminum salts of acids are also soluble in water and insoluble in oils and are used in softening fats, paints, polished oils, and waterproofing materials.

Salt heavy metal acids, such as cobalt or copper, are also used as a drying agent in construction dyes and inks, fungicides, and waterproofing materials.

The quality of soap depends on the type of oil used. Apart from fats and alkalis, other additives are also involved in the manufacture of soap.

These materials include oxidation prevention agents such as triethanolamine, antioxidants, such as di-cyano di-amido sodium sulfonylate, soap oil, etc.

Liquid Laundry Detergent Formulation

A major component of liquid laundry detergents is based on surfactants that remove soil from the cloth and clean it. Generally, a combination of anionic and nonionic surfactants is used for optimal performance.

In general, unionists are good for removing clay and nonionic are good for removing clay. Other components of a liquid laundry detergent formula are detailed in this article.

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Thus, the formula for a liquid laundry detergent can be simple and economical as water contains a 5% active surfactant solution with preservatives.

The formula will foam and do some cleaning of the fabric. From here one can improve this basic formula to any desired level so as to increase the performance and give it some general additives for different categories such as affordable, mid-tier, premium, ultra, 2X, 3X, 4X, etc. Can be included in.

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Formulation of Liquid Soap

Liquid soap is, in fact, not considered soap in terms of ingredients, and is a synthetic cleanser. Of course, if you use a lot of coconut oil in an ordinary building, you can liquefy the soap. Liquid soaps, in addition to their basic ingredients, have other ingredients, such as softener, cleanser, foam, antibacterial, and greasy.

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Builders in Liquid Laundry Detergent

Remove the hardness ions so that the surfactant is fully functional. Sodium citrate, tetrasodium EDTA and acrylic polymers are commonly used in liquid laundry detergents.

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Antidepressation Agent

The clay particles in the wash liquor are kept suspended so that they do not accumulate back on the cloth. Different types of polymers can be used.

Dye transfer inhibitors

Help prevent dye from coming from one fabric and depositing on another. PVP K-30, Chromabond S-100 (PVP with Betaine Functionality) Chromabond S-400 (PVP with Nitrogen Oxide Functionality) ISP.

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Soil Release Polymer

Soil-release polymer provides a barrier to the fabric, which is removed during washing with soil. Suarez 100 (polyethylene glycol polyester copolymer) from ISP, Repel-O-Tex SRP-6 (polyethylene glycol polyester) from Rhodia, and Texcare SRN 170 from Clariant.

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Optical Brighteners

Improve the clear “whiteness” of the fabric by absorbing invisible UV light and turning off a blue fluorescence. BINF to Tinopal CBS-X.


For removal of hard stains, coloring, and care of clothes. Enzymes help remove stains and soil such as blood, grass, and gravy by breaking down small, easily removable components.

Lipase (0.2%) extracts oil and grease; Cellulase (0.1%) white and shiny; amylase (0.5%) removes starch-based soils; And protease (0.6%) removes protein stains.

To stabilize enzymes, the pH must be 7–9; Water content (less than 60%), calcium chloride (0.2%), sodium tetraborate (1-2%), propylene glycol (5–10%), sodium formate (1–2%), sodium citrate (3–5) %)) And monoethanolamine (1%)

PH control

Add citric acid or monoethanolamine to bring the pH to the desired level.

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Viscosity Control

Propylene glycol, sodium xylene sulfonate, increases or decreases the viscosity to the desired level with the addition of polymers.

Controls in the formulation of Laundry Detergent

Soaps and silicones control excessive foaming. Control of everything is important in the formulation of laundry detergent.

Some Important Things in the formulation of laundry detergent

Talked a lot Let’s start. where do we start? Why not an economy, actually an economy, start with the formula; That is, a formula that is less than 10 cents per pound in raw material costs?

Such a formula is a mixture of low-cost surfactants, thicknesses, builders, and preservatives. So if we take 2.5% DDBSA like Pilot Chemical’s LAS-99 and neutralize it with 0.65% of 50% caustic soda in water at a pH of 8-10 and then 1% Kocamide DEA (Calamide C) and Add 1%.

Add sodium citrate and a suitable dye and preservative then this would be our economy, or rather, ultra economy, formula. This formula will have a pH of about 9.0 and a viscosity of about 100 cp. At 70 ° F.

Some may think, “This ultra-economy formula does not contain many of the ingredients listed above.”
Okay, this is what you get for less than 10 cents a pound.

This formula will foam and do some cleaning of the fabric, but will certainly not perform as a premium laundry detergent. Dig a little deeper into your pocket and we can add at least some more material to this basic ultra-economic formula.

How do we know about the economy formula from the ultra economy listed above? To be honest, you may have to spend around 12-15 cents on the raw material price for this upgrade from ultra economy to economy formula. Remember that formulation magic can only go so far – after that, you get what you pay for.

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Economy formula of formulation of laundry detergent

Take 86.7% water, and add 1.3% sodium hydroxide (50%). Start mixing. Add 5% of DDBSA (Calsoft LAS-99-Pilot). Blend until completely neutralized. 3% of alcohol ethoxylate (tramadol 25-7-air products) and 1% lauramine oxide (Caloxamine LO-Pilot), Cocamide DEA (Calamide C-Pilot), tetracyclic EDTA (Versen 220-Dow Chemical), and a hydrophobobile-modified acrylate Polymer (Aculyn 22-Dow Chemical).

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Mix well and adjust the pH to 9–10 with DDBSA or sodium hydroxide. Add preservatives, dye, and perfume. Mix well until a smooth, homogenous batch is obtained. This formula is about 9% solids with a pH of 9–10 and a viscosity of 500–1000 cP. At 25 ° C (Brookfield RV, axle 3 speed 20 rpm).

Some companies also provide blends for laundry applications. Some advantages such as mixing facility, low storage space, low probability of error, and batch-to-batch variations provide some advantages.

The pilot offers a mix called Calsuds CD-6. An economy formula can be made by diluting 10% of this mixture with water.

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microbial control is an important preservative in the formulation of laundry detergent.

Perfume and Dye

Smell and Appearance balance is also important while the formulation of laundry detergent.

Formulation of Bleaches for Laundry

Many spots are substances that are used as bleach, disinfectant, and cleanser. The most commonly used substance, used as a bleaching agent, is sodium hypochlorite, which also has a disinfectant effect, as it is chlorine bleach, and from other bleaches, sodium probate, which is high in dry matter Common, as well as powders are used in conjunction with washing machines. The whitening power is less than sodium hypochlorite.

Formulation of Detergent Powder and Liquid Laundry Detergent

Oxygen-containing water or hydrogen peroxide is also a bleaching agent. Apart from the ingredients mentioned above and detergent making, substances like alcohol, ammonia, acetone, nitric acid, oxalic acid, turbine, baking soda, sodium carbonate, carbon tetrachloride, etc. also have a cleansing effect.

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Formulation of Alkyl Benzene Detergents

Alkylabenazine sulfonates are produced by the sulfonation of linear alkylates, which are then neutralized with a caustic solution containing sodium hydroxide (NaOH). The process of sulfonation of alkylbenis with oleic occurs in a batch system where five basic processing tasks are used:

Sulfonation, Digestion, Pollution, Phase separation, Apathy.

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The sulfonation step involves the mixing of alkylating with the home which leads to an exothermic reaction. The major parameters that govern the reaction of sulfonation are temperature, acid strength, reaction time, and the oleum-to-alkylate ratio.

The reaction was completed at the digestion level, where the product from the sulfonation zone lasts for 15 to 30 minutes.

A mixture of sulfonic acid and sulfuric acid is diluted with water to quench the reaction.

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The reaction mixture is sent to a separator, which allows the gravity of spent sulfuric acid to settle from light sulfonic acid. The least expensive acid layer contains about 75 to 80 percent sulfuric acid. The upper layer contains about 88 to 91% sulfonic acid and 6 to 10% sulfuric acid.

Linear alkyl sulfonates can be neutralized with an aqueous solution of a base such as NaOH, KOH, NH4OH, or alkanol amine.

Sodium salts are used in the process of manufacturing spray-dried detergents for home washing. However, ammonium and alkanol amine neutral salts are commonly employed in light-duty liquid detergents.

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The sulfation of fatty alcohols occurs in the falling film reactors.

Coldwater and sulfation temperatures are adjusted to lower values.

The obtained sulfuric acids are immediately neutralized to reduce storage degradation and side reactions.

The specific process for the sulfation of fatty alcohols involves a post-hydrolysis step that involves bleaching to remove color prior to neutralization.

The neutralization phase of sulfonic acid is similar to the case of the allium sulfonation process.

The cracker features surfactant slurries, builders, and other miscellaneous additives.

A considerable amount of water is removed, and the paste is hydrated with tripolyphosphate (used as a builder).

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Many Brands of Detergent Formulation

Below are several ingredient labels for detergents popular in the UK and US (correct at the time of writing).

Persil Non-Bio Washing Liquid (1.4L)

Ingredients: 15-30%: Anionic Surfactants, 5-15%: Nonionic Surfactants, Soap, <5%: Optical Brighteners, Perfume, Phosphonates, Polycarboxylates.

Persil Bio Washing Liquid (1.4L)

Ingredients: 15-30%: Anionic Surfactants, 5-15%: Nonionic Surfactants, Soap, <5%: Enzymes, Optical Brighteners, Perfume, Phosphates, Polycarboxylates, Butylphenyl Methylpropional, Citronellol, Geraniol.

Comfort Blue Fabric Conditioner (3L)

Ingredients: 5-15% Cationic Surfactants, <5% Perfume, Hexyl Cinnamal, Butylphenyl Methylpropional, Limonene, Eugenol, Citronellol, Benzisothiazolinone.

Tide PODS 3-in-1 Turbo (16 pods)

Ingredients: Nonionic Surfactants, Anionic Surfactants, Ethoxylated Polyethylene Polyamine (Polymer), Enzymes.

Arm & Hammer Laundry Detergent Plus OxiClean (45 fl. oz.)

Ingredients: Biodegradable Surfactants, Enzymes, Baking Soda, Perfume.

Seventh Generation Natural Concentrated Liquid (50 fl. oz.)

Ingredients: Water, Sodium Lauryl Sulfate, Coceth 7, Glycerin, Sodium Citrate, Oleic Acid, Sodium Hydroxide, Sodium Chloride, Boric Acid, Calcium Chloride, Protease, Amylase, Methylisothiazolinone, Benzisothiazolinone.

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Laundry Detergent Brands in the Market

Here is the list of several types of laundry detergent available on the market for your perfect laundry.

  1. All
  2. Arm & Hammer
  3. Cheer
  4. Gain
  5. Persil
  6. Purex
  7. Seventh Generation
  8. Tide
  9. Ecos
  10. Biokleen
  11. OxiClean
  12. Dreft
  13. Mrs. Meyer’s
  14. Molly’s Suds
  15. Babyganics
  16. Method
  17. Woolite
  18. Hex
  19. Rebel Green
  20. Downy

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Which of the Following Enzyme Is Used in Detergent Formulation

These of the following Enzymes are used in detergent formulation. Enzymes use as functional ingredients in detergents and contribute to washing and cleaning dishes in an efficient, environmentally lightweight,, and energy-saving manner.

Proteases, lipases, and amylase detergents are the major class of enzymes, each providing specific benefits for washing and automatic washing.

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Proteins used extensively in laundry detergents are the first, which not only increase the level of cleanliness but also provide environmental benefits.

Lipids and amylases are added to proteases in industrial cleaning operations, especially at lower temperatures and in industrial cleaning operations to improve detergent efficacy.

Cellulose contributes to overall clothing care by rejuvenating or retaining the new appearance of washed clothing.

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Enzyme-based detergent system

From the point of view of an enzyme, detergents in the international market contain the main ingredients that are driven by the almost identical detergent mechanism.

Soils and stains are removed by mechanical action aided by surfactants, builders, and enzymes. Alkaline protease, amylase, or lipid heavyweight detergent dissolves in the substrate and the substrate soil attached to the fabric or hard surfaces.

Cellulases are cleaned by hydrolysis of glycosidic bonds that remove particulate soils attached to cotton microfibres. The major effects of cellulases are to soften and improve the brightness of the color of the worn textile surfaces.

Surfactants reduced surface tension and increased the repulsive force between the original soil, the enzymatically degraded soil, and the fabric.

Builders act to provide alkalinity, precipitation, or ion-exchange calcium and magnesium salts, and alkalinity to prevent soil redevelopment, provide buffering capacity, and prevent corrosion.

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Proteases are the most commonly used enzymes. Laundry detergents remove protein stains such as grass, blood, egg, and human sweat through proteolysis.

In addition, proteases are safe in removing protein-rich food films, which is a particular problem with glassware and cutlery.

Serine proteases are the most important group for detergent applications. Proteases catalyze the hydrolytic cleavage of the peptide chain.

The most important parameters for the hydrolysis reaction are the surface-available substrate S, E / S, pH, reaction time, and temperature.

Along with the specificity and properties of the enzyme itself, these parameters are responsible for the course of the reaction at a given protein stain.

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The basic starch is only slowly degraded by α-amylases. Gelatinization and inflammation require starch to be susceptible to enzymatic breakdown. For most foods, varying degrees of gelatinization result from cooking.

Therefore, in detergents for washing and automatic dishwashing, amylase facilitates the removal of starch-containing stains, eg, pasta, potatoes, gravy, chocolate, and baby food.

Amylases also prevent the swollen starch from adhering to the surface of the laundry and dishes that might otherwise act as glue to fine particles.

Complexes or reaction products between proteins, starches, and/or fats are commonly found in prepared foods.

In such cases, the enzyme synergy effect makes it possible to remove soil even more efficiently than single enzyme systems.


Cellulose cleaves the β-1,4-glycosidic bond in cellulose and acts directly on natural cotton fibers or cotton/hemp blends and cellulose portions in synthetic fibers.

Cellulose is applied in the detergent to make the cotton clothes remodeled and maintain a clean complexion, a smooth surface, and softness.

Cellular provides these effects by shaving the fuzz and tablets of cotton fibers produced on the fabric by normal wear and washing. Cellulases are unique in providing these effects.

Lip eruption

Due to their strong hydrophobicity, fats and oils are difficult to remove from the laundry at low temperatures.

The more hydrophilic mono- and triglyceride hydrolyze lipids to diglycerides, free fatty acids, and glycerol. These hydrolysis products are soluble in all alkaline conditions.

In laundering, the effect of lips is seen only after several wash cycles.

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Role of EDTA in Detergent Formulation

EDTA has an important role in detergent formulation. Chelating agents such as NLTA (nitrilotriacetic acid) STPP (sodium tripolyphosphate, Na5P3O10), and EDTA (ethylenediaminetetraacetic acid) are used as components of detergents.

Increased toxicity of some metal compounds, when coupled with NTA decreased the use of this chelating agent in relation to STPP.

The short-term and long-term effects of these chelating agents on cadmium toxicity in mice were investigated in the present studies.

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Application of Rhamnolipid in the Formulation of a Detergent

This is the Application of Rhamnolipid in the Formulation of a Detergent.

Rhamnolipid is one of the best-characterized biosurfactants with various potential applications. In this research work, rhamnolipids were applied in the manufacture of laundry detergents, and their effectiveness in removing albumen stains from sunflower oil, chocolate, and cotton fabrics was investigated.

Biosurfactants, also known as biological surface-active agents, are a group of surface-active agents, which are produced by a wide variety of microorganisms.

Biosurfactants possess the characteristic property of reducing surface tension, poorly soluble compounds, low toxicity, non-allergy, and increased solubility of biodegradable. A growing awareness of environmentally friendly health care and allied products has inspired the discovery of environmentally friendly compounds in laundry detergents.

In this research, the application of biosynthesis in the manufacture of washing detergents was investigated.

A variety of biosurfactants and a builder with sodium tripolyphosphate and filler with sodium sulfate were applied to the cotton laundry contaminated with known amounts of stain (chocolate milk). The effects of various bio-detergent aggregates, including biosurfactants and builder ratios, were investigated.

The formulations presented in this study were also compared with some standard detergents for stain removal efficiency.

The results showed that rhamnolipid is a promising alternative to its synthetic counterpart in biosurfactants. The color strength (K / S), and color difference (color) values, depending on the color for washout, have similar washout effectiveness compared to synthetic detergents in rhamnolipid-based bio-detergents.

Research results also found that Na-bicarbonate and Na-citrate have the potential as an alternative to phosphate-based detergent builders.

Development of Surfactants and Builders in Detergent Formulations

Surfactants and Builders are the most important in detergent formulations. Surfactants and builders are the two most important elements in laundry detergent, household, personal care cleaning, and laundry products.

They play an important role in the washing process. The builders (inorganic, organic, and polymeric builders) used in the development and detergent compositions of various surfactants (eg, anionic, nonionic, corneic, zwitterionic, and silicon surfactants) are reviewed and their detergency performance and biodegradability are discussed. She goes.

In the future, the development of surfactants and builders used in detergent compositions should be based on economic and environmental considerations.

The use of eco-friendly surfactants and builders derived from inexpensive renewable resources (eg, alkyl polyglucosides and bio-based polyesters) in detergent compositions is a developing trend in the detergent industry.

What is the Formulation of Detergent Formula

The complete formulation of the detergent formula for making the full process of detergent.

C3H5 (OOCR) 3 + 3NaOH → 3NaOOCR + C3H5 (OH) 3

Laundry Detergent Formulation Process Table

Ingredient GroupIngredient SubgroupExamples IngredientsRole in Detergents
SurfactantsAnionicSodium lauryl sulfate (SLS)·  Ammonium lauryl sulfate (ALS)Present in all detergents, surfactants are the ‘soap’. They clean by reducing surface tension and dispersing dirt. Anionic is the most popular, but the other subgroups have specific uses (e.g. cationic in fabric softeners).
Nonionic·  Ethoxylated alcohols·  Fatty acid esters
Cationic·  Benzethonium chloride·  Cetylpyridinium chloride
Amphoteric·  Cocamidopropyl betaine
Builders(‘sequestering agents’)·  Citric acid·  Polycarboxylates·  Boric acidBind calcium in hard water to prevent the formation of ‘soap scum’.
Bleachers·  Tetraacetylethylenediamine·  Sodium perborateDecolorize or remove stains not affected by surfactants (e.g. red wine).
Enzymes·  Proteases·  Lipases·  AmylasesHelp to break down difficult stains and allow for lower wash temperatures.
Soil Repellants(‘polymers’)·  Carboxymethyl celluloseIrreversibly bind to clothing fibers, preventing dirt from reattaching.
Foam Regulators·  DimethylsiloxaneReduce the quantity of foam.
Whitening Agents(‘optical brighteners’)·  Sulfonated diamino-stilbenes·  DistyrylbiphenylFluorescent agents reflect UV rays, making clothes appear ‘brighter.
Fabric Softeners·  EesterquatsAre antistatic, and so fibers appear softer. Also, help to reduce drying times.
Stiffeners·  Starch·  Polyvinyl acetatesHelp to stiffen clothes when ‘fluffy’ is not preferable (e.g. shirts over towels).
Fragrances·  Butylphenyl methylpropionalAdd a pleasant smell to detergents.
Dye-Transfer Inhibitors·  PolyvinylpyrrolidoneHelp to prevent dyes from being transferred between items of clothing.
Other IngredientsFillersWater (aqua)·  Sodium sulfateGive the detergent structure, often with no impact on the cleaning ability.
Buffers·  Sodium carbonateSet the optimal pH for the detergent.
Preservatives·  EDTA·  BenzisothiazolinonePrevent the growth of microbes, increasing shelf-lives.

Mid-tier detergent formulation

Both ultra-economy and economy liquid laundry detergents can be classified as price-brand products. Let us continue our journey and climb the mid-tier.

Needless to say, the price of this detergent is higher than the detergent. The cost of raw materials can go up to 20–30 cents per pound (the cost will vary according to the purchased quantity of the key materials).

The concrete level will vary from 15–25%. Some differences from the sources of the economy are as follows: Medium-grade formulas contain surfactants, builders, anti-redeposition agents, optical brighteners, and minor components such as preservatives, perfumes, and dyes.

We will use a combination of alkylbenzene sulfonate and l’oreal ether sulfate as the ionic surfactant part of the formula.

For the nonionic part, we will still use alcohol ethoxylate. In this category, we can choose to stick with the subfactors listed on the “Cleangredients” database for DFE approval of the formula.

For builders and anti-redistribution, we will add sodium citrate and polyacrylate. We will also add an optical brightener.

Formulation of Detergent Powder and Liquid Laundry Detergent

The formula of Mid-tier detergent formulation

Pour 72.31% water into the mixing tank and start making the mixture. Add 2.04% of sodium hydroxide (50% solution) by 9.6% of DDBSA (Kalsoft LAS-99, Pilot).

Mix well until pH 7-9 completely neutralizes. Add 5% SLES (Calfoam ES-702, Pilot). Mix well until a clear, homogenous solution. Add 5% alcohol ethoxylate (Tomadol 25-7, air product) followed by 2% sodium citrate and 1% polyacrylate (Accusol 445 N, Dow Chemical).

Continue mixing. Add 0.05% of optical brightener (Tinopal CBS-X, BASF). Mix well and add minors with a consistent mixture.

This formula can be modified to obtain different product statuses and performance characteristics. If you call it a predominantly naturally derived formula, replace LAS with sodium lauryl sulfate (Calfoam SLS-30, Pilot).

Replace Tomadol 25-7 with a naturally derived alcohol ethoxylate such as Tomadol L-124. If you want to upgrade the formula to the upper mid-tier formula, add a clay-release polymer such as dye transfer inhibitors and 0.25% of PVP K-30 (ISP) and 0.25% of Texcare SRN 240 (Clariant).

Premium formulas for the formulation of laundry detergent

If we can dig a little deeper into our pockets, we can go out to develop the ultimate liquid laundry detergent, or in other words, create a premium formula.

Now we are talking about making formulas with 30–40% solids containing all the ingredients listed at the beginning of this article. Here we will use a combination of three anionic surfactants, two nonionic and one amine oxide.

For the builder, we will stick with sodium citrate. We will use PVP NO (Chromabond S-400-ISP) and Texcare SRN 170 for dye transfer inhibition, soil release, and trepidation effects. Also, we should add some oleic acid soap for suds control.

For an optical brightener, let us use Tinopal CBX (BASF) and for pH adjustment, we will go with citric acid and monoethanolamine.

Try propylene glycol and sodium phenoxide sulfonates (Colfax DB-45, Pilot) for viscosity control and coupling. Disulfonates are excellent anionic surfactants as well as hydrotropes and couplers.

In premium 2X or 3X laundry detergent formulas, increase the formula’s activity but, at the same time, reduce viscosity and perform the coupling action.

This is a unique advantage of deflating. Most surfactants will increase the viscosity of the formula and may also cause inflammation.

Desulfonates are also stable in chlorine bleach, peroxide, alkalis, and acids. This is why they can be used in a wide variety of HI and I cleaners.

Do not forget enzymes. They provide enhanced performance on a wide variety of soils, including oils and proteins.

Read More:- Laundry detergent for fleas

Enzymes also help in making the clothes look agile and shiny. Enzymes are some fragile materials, however, and should be treated with little TLC.

This includes slow mixing when processing the batch, avoiding hot temperatures, using less water and more actions, and, finally, adding enzyme stabilizers to the formula.

Enzyme stabilizers include propylene glycol, monoethanolamine, calcium chloride, borax, sodium citrate, and sodium formate. The enzyme used in our premium formula is included further in the article.

Okay, let’s work and develop a good premium 3X liquid laundry detergent formula.

How formulation of detergent work

For the surfactant part of the formula, we need a well-rounded and balanced combination that can clean various types of soil.

I suggest that we use linear alkyl benzene sulfonate (neutralizing with Pilot’s LAS-99 potassium hydroxide), diphenyl ether disulfonate (Pilot’s Colfax DBA-70 with nutritional potassium hydroxide), alkyl ether sulfate (Pilot’s Calofoam ES-603). Let’s use it. (Air Products Tomadol 1-7) and Amine Oxide (Pilot Calosamine LO).

Let us also use some builders such as sodium citrate. For soil release, inhibition, and dye transfer inhibition we will use a combination of PVPNO (Chromabond S-400 ISP) and a modified polyester copolymer (Sorez 100 ISP).

How about Tinopal CBS-X from BASF as Optical Brightener? I know you would agree to use silicon antifoam for some controls, something like Dow Corning’s 1520 antifoam.

For enzymes, we will go with lipase (lipase 100 L of Novozymes), protease (Novozymes 16L), amylase (terminal 300 L), and cellulase (carozyme 4500 L of Novozymes).

The rest of the ingredients listed below will serve as enzyme stabilizers, viscosity modifiers, foam control agents, and pH buffers.

These include calcium chloride, sodium format, propylene glycol, borax, monoethanolamine, and potassium altitude.

Let us go to the lab and prepare a sample of premium 3X liquid laundry detergent. First add deionized water (29.15%), followed by potassium hydroxide 45% solution (6.1%) in a suitable beaker.

Start mixing and slowly add CalSoft LAS-99 (10%) and Colfax DBA-70 (5%). Mix slowly to avoid excessive foaming for 10-15 minutes. Add oleic acid (3%) and mix well. Check pH and adjust to 7-9 if necessary, CalcSoft LAS-99 or potassium hydroxide.

Mix 0.5% Dow Corning 1520 Antifoam, 15% Tomadol 1-7, and 7% Propylene Glycol with continuous mixing. Then add 10.0% Calfoam ES-603 and 3.0% Caloxamine LO.

Mix well at a slow speed. Add 3.0% sodium citrate, 1.0% sodium format, 0.2% calcium chloride, 1.0% borax, 1.0% monoethanolamine, 0.6% chromabond S-400, 0.6% Sorz 100, 0.05% Tinopal CBS-X. Mix well and cool the batch to room temperature if necessary before adding the enzyme.

Add 0.5% Carezam 4500L, 0.5% Lipolus 100L, 1.5% Sevinse 16L and 1.5% Termilum 300L. Add preservatives, perfumes, and dyes as required and mix well.

Final Words

Most cleaners average 75% to 90% of the water. The process of producing detergents and cleaning the product formulas is quick and easy.

Anyone can easily do this and can manufacture hundreds or thousands of liters per hour or twice. If help is needed, non-specialist work is easy and inexpensive.

The installation of detergents and cleaning products is simple and inexpensive.

All our customers – There is no shortage of customers. From personal use to large and small businesses (restaurants, hotels, offices, shopping malls, nursery cleaning) and the family of government (hospitals, schools, transportation) – there is no business that does not require daily cleaning. Cleaning of consumables – means buying them again.

Cleaning products are almost slow. If money is tight, consumers will get a new dress or Manchester – but they still need detergent. Trade, business, and industry always require cleaner formulas regardless of the economy.

Unlike sandwich bars, lawn moths, and house cleaning, very few people know how to prepare a professional formulation for cleaning – this is one of the few industries that are over-copied with cats. Not saturated.

Laundry Detergent Formulation PDF

Complete PDF for the formulation of any type of detergent. You can get PDF after the comment. Comment us below for the formulation of the liquid detergent PDF.

35 thoughts on “Formulation of Detergent Powder and Liquid Laundry Detergent”

  1. good article but i want some one which help me formulated world class detergent making. sent i pdf file

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