Ask for washing formula

Formula 1

Component w/% component w/%

Long-chain fatty acid 20 potassium silicate 8

Citric acid or tartaric acid 6 additive 2.8

Water balance of sodium hydroxide 5

Fatty acid diethanolamide 5

Formula 2

Component w/% component w/%

A. water 83.7 sodium hypochlorite solution (10%) 0.6

B. alkyl benzene sulfonic acid 10 lauroyl diethanolamine 1

Triethanolamine sodium sulfate 1

Sodium hydroxide solution (40%) 1.7

The preparation method comprises the following steps: firstly, adding water into a mixer, sequentially adding the component B under stirring, and uniformly mixing.

Explain that this product is cheap, especially suitable for washing underwear that is often changed.

Formula 3

Component w/% component w/%

A. purified water 66.3 d. sodium EDTA 0.5

B. sodium dodecyl benzene sulfonate13 e. ethanol 2

Polyoxyethylene (10) coconut alcohol ether (AEO- 10) 8 formaldehyde (28%) 1

Sodium lauryl polyoxyethylene ether sulfate (AES) 4 F. Essence 0.2

2 grams of diethanolamine laurate. Proper amount of citric acid and sodium chloride.

C. sodium xylene sulfonate 3

The preparation method comprise heating A to 55° C in a mix, sequentially adding that components in B, stirring until transparent, adde C and D, adjusting the PH value to 7-7.5 with citric acid, and adding E.

Then adjust the viscosity with sodium chloride.

This product is suitable for washing pure wool and silk fabrics.

Phosphorus-free heavy-duty liquid detergent

Formula 1

Component w/% component w/%

A. water 43.5 octylphenol polyvinylether (APE-9) 15

Sodium citrate10 C. essence 0.5

Sodium benzoate1d. Appropriate amount of pigment

B. Sodium dodecyl benzene sulfonate (60%, LAS) 30

Preparation: put A into a blender and stir to dissolve, then add B in turn under constant stirring, add C and D after uniform mixing, and package after uniform mixing.

It shows that the product has good stability and washing resistance.

Formula 2

Component w/% component w/%

A. water 37.3c polyoxyethylene (9) lauryl alcohol ether (AEO-9) 30

Potassium chloride 2.5 sodium dodecyl benzene sulfonate (LAS) 15

B. ethanol 5 d. essence 0.2

Triethanolamine 10

Preparation: Dissolve A and B respectively. After mixing A and B, add the components in C in turn, add D after mixing evenly, and package after stirring evenly.

It shows that this product does not contain phosphide, and the surfactant is as high as 45%, which has little pollution to water source and excellent washing effect.

Formula 3

Component w/% component w/%

A. water 4 1.2 hexadecyl polyoxyethylene ether (AEO-7) 15

B.6- linear alkylbenzene sulfonate (ABS) 12

Triethanolamine 4 D, whitening agent 0.4

Mixed fatty acid diethanolamide (ADY-100) 3 E. Flavor 0.4

C. Coconut alcohol polyoxyethylene ether (AEO- 10) 18

Preparation: heat the water to 45℃ in a blender, add B and stir evenly, then add the components in C in turn, and then add D and E after stirring evenly.

This product is especially suitable for washing wool and chemical fiber fabrics.

Enzymatic liquid detergent

Formula 1

Component w/% component w/%

Sodium tripolyphosphate 15.0 enzyme 1.0

Sodium carbonate 5.0 glycerol 4.0

C 13 sodium alkylbenzene sulfonate 12.2 borax 3.0

C 13 alkyl (EO)3 ether sodium sulfate 2.8 triethanolamine 1.0

CMC 0. 15 sodium citrate 2.0

0.4 part of fluorescent whitening agent and the balance of water and additives.

Essence 0.3

The results showed that the alkaline enzyme in the formula maintained high activity during storage.

Formula 2

Component w/% component w/%

Nonionic surfactant 32.0 triethanolamine 4.0

Anionic surfactant 7.5 diethylene glycol 10.0

Amphoteric surfactant 0.5 alkaline protease 0.5

Water balance of sodium chloride 4.0

The results showed that the product had high detergency, enzyme activity and storage stability.

Formula 3

Component w/% component w/%

Coconut oil base (EO) 10 ether10 ethanol 6.5

Coconut oil acid 1 1.3 sodium citrate 3.0

Oleic acid 16.3 sodium hydroxide/potassium hydroxide (1: 1) 4.8

Boric acid 1.0 protease/amylase (1: 1) water 0.26.

Glycerol 10.0 water balance

The results show that the formula is stable, can wash cotton fabric at 60℃, has strong detergency and gives fabric softness.

Bleaching liquid detergent

Formula 1

Component w/% component w/%

C 12 sodium alkylbenzene sulfonate 6.0 borax pentahydrate 4.5

C 12 alkyl (EO)7 ether 2.0 glycerol 3.0

Coconut oil fatty acid diethanolamide 1.3 proteolytic enzyme 1.0

Sodium oleate 1.6 AIPCS 0.0075

Sodium tripolyphosphate 25.0 sodium sulfite 4.5

CMC-Na 0. 1 water balance

0. 1

Formula 2

Component w/% component w/%

Hydrogen peroxide 5 alkyl polyoxyethylene ether 3

Sodium polyacrylate (M=800) 1 linear alkyl benzene sulfonic acid 5

C.i. Direct Blue 86 0.05438+0 Water Balance

Formula 3

Component w/% component w/%

C 1 1 ~ 13 sodium alkylbenzene sulfonate 15.0 sodium citrate 4.0

Salt10.0c14 ~15 alkyl (EO)7 ether 7.0

Ethanol 9.0 Biphenylbis (sodium benzofuran sulfonate) whitening agent 0. 1

Triethanolamine 5.0 water 43.0

It shows that the formula has stable storage and good whitening effect, and it will not form too many bright spots when it is in direct contact with fabric.

Light scale liquid detergent

Formula 1

Component w/g

Sodium tetradecyl sulfonate 32.0 fluorescent whitening agent 0.2

4.0 parts of ammonium dodecyl ether sulfate pigment and 0.3 part of essence.

Fatty alcohol polyoxyethylene ether 4.0 preservative 0.5

Dichlorodiethylamine 5.0 deionized water balance

Urea 10.0

Formula 2

Component w/g

Sodium dodecyl sulfonate 12.0 fluorescent whitening agent 0.3

8.0 essence of fatty alcohol polyoxyethylene ether sodium sulfate and 0. 1 pigment.

Fatty alcohol polyoxyethylene ether 5.0 deionized water balance

Ethanol 6.0

Formula 3

Component w/g

Sodium salt of imidazoline monocarboxylic acid derivative of coconut oil 15.0 Quaternary ammonium salt bactericide (50% activity) 2.0

Sodium tripolyphosphate 3.0 organic chelating agent (30%) 1.0

Trisodium phosphate 3.0 deionized water balance

It shows that the product has disinfection effect, softness and antistatic effect on fabric.

Heavy scale liquid detergent

Formula 1

Component w/g

Sodium linear alkylbenzene sulfonate (60%) 15.0 brightener 0.2

Nonylphenol (EO)8 ether 13.0 arene 0.3

Coconut oil fatty acid potassium (27%) 40.0 preservative, pigment content.

Water balance of propylene glycol 2.0

Enzyme 0.5

Formula 2

Component weight/component weight/%

Nonylphenol (EO)9- 10 ether 40.0 ethanol 7.5

Vegetable oil fatty acid potassium (19. 1%) 52.3 fluorescent whitening agent 0.2

Water balance, proper amount of pigment and essence.

It shows that ethanol can be replaced by methanol or isopropanol. The consumption of large-capacity washing machine is 60g at a time.

Formula 3

Component w/% component w/%

Methyl oleate 90.0 nonylphenol 10 ether 10.0

The results show that the polyester fabric with heavy scale and oil stain can be completely removed by washing with 5% solution at 60℃ for 20 minutes.

Ordinary strong alkaline liquid detergent

Formula 1

Component w/% component w/%

C 12 sodium alkylbenzene sulfonate 9.0 ethanol 7.0

C 12 Ji Shou succinic acid 1 1.0 sodium perborate tetrahydrate 15.0

C 13 alkyl (EO)2 ether 7.0 sodium hydroxide (adjusted PH= 10) and appropriate amount.

Diethylenetriamine pentamethylphosphonic acid 0.5 water+proper amount of essence.

C4 alkyl (EO)2 ether

Citric acid 2.5

Formula 2

Component w/% component w/%

C 12- 15 alkyl sulfonate 34-38.0 water balance

EDTA triethanolamine ester 10- 16

It shows that the product has high detergency in cold water.

Formula 3

Component w/% component w/%

C 12 sodium alkylbenzene sulfonate 7.0 C 12 alkyl polyoxyethylene ether 5.0

Water Balance of Carboxyethyl Cellulose 2.55

Fluorescent whitening agent 0.5

This product is suitable for washing cellulose and polyester fabrics at 20-60℃.

Formula 4

Component w/% component w/%

C 12- 15 alkyl (EO)7 ether 34.0 triethanolamine 1.3

C 12- 15 alkyl (EO)7 ether sodium sulfate 8.5 additive 2.2

Ethanol 10.0 water balance

Sodium formate 4.0

The results show that sodium formate and sodium hexanediol can control the viscosity of liquid detergent containing nonionic and anionic surfactants and increase the ethanol content in it.

Reduce to a minimum. The viscosity of the formula is 68mPa.s, and the stability at 70℃ exceeds 2 weeks.

Formula 5

Component w/% component w/%

Alkyl polyglycoside 3-30 fatty alcohol polyoxyethylene ether 1 1-30

Anionic surfactant 0-7 sodium fatty acid 5-30

It shows that the formula is used in laundry with low cloud point and satisfactory viscosity.

Formula 6

Component w/% component w/%

C 14- 18α- potassium alkenyl sulfonate 18 sodium silicate 4

C 10- 14 linear alkyl benzene sulfonate potassium 18 potassium carbonate 10

C 12- 13 alkyl (EO)5 ether 5 sodium carbonate 10

C 12- 13 alkyl (EO)20 ether 5 sodium sulfite 2

Soap 2 essence (66%) 0.2

Zeolite 20 Sodium Sulfate+Hydrate Equilibrium

Silicon dioxide 0.5

It shows that the formula can prevent the washing clothes from generating odor during long-term storage.

Universal liquid detergent

Formula 1

Component w/% component w/%

C 12 ~ 14 alkyl (EO)3 ether sodium sulfate 9. 1 fatty acid monoethanolamide 0. 15

Sodium α -alkenyl sulfonate 0.5 NTA 2.8

C 12 alkylphenol (EO) 1 1 ether 3.2 potassium pyrophosphate 5.0

C 12 alkyl (EO)9 ether 10.0 sodium hexametaphosphate 0.6

C 12 alkyl (EO)25 ether 3.5 other additives+water balance

This formula is 20% ~ 50% solution, which can be used to wash fabrics with various components at 25 ~ 60℃.

Formula 2

Component w/% component w/%

C 12 sodium alkylbenzene sulfonate 6.0 essence 0.7

Coconut oil potassium soap 1.0 formaldehyde water 0. 1

C 12 ~ 13 alkyl phenol (EO)6.5 ether 3.0 * * * sodium salt of polymer of alkyl ester of acrylic acid and methacrylic acid c12 (anti-flocculation polymer) 0.25

Sodium carbonate 7.3 water balance

The results show that the formula has good viscosity and stability due to the addition of anti-flocculation polymer.

Formula 3

Component w/% component w/%

C 12 sodium alkylbenzene sulfonate 7.0 C 12 alkyl polyoxyethylene ether 5.0

Water Balance of Carboxyethyl Cellulose 2.55

Fluorescent whitening agent 0.5

This product is suitable for washing cellulose and polyester fabrics at 20 ~ 60℃.

Formula 4

Component w/% component w/%

A. water 25 tetrapotassium pyrophosphate 12

Coconut oil fatty acid 8 potassium silicate (40% aqueous solution) 10

Potassium hydroxide (40% aqueous solution) 5 fluorescent whitening agent 0.2

B. monoethanolamine 2.0℃ water 20.5

Sodium monosulfonate (ABS, r =12 ~14)10cm2.

Potassium dimethylbenzene sulfonate 5 d. Appropriate amount of essence

Formula 5

Component w/% component w/%

N- methyl -N-( 1- deoxyglucosyl) coconut oil amide 5.5 PEG8000 1. 1

C 14 ~ 15 sodium alkyl sulfate 16.5 water balance

Sodium polyacrylate (M=4500) 1.5

It shows that the formula has good detergency and is especially suitable for removing granular clay dirt.

Advanced liquid detergent

Formula 1

Component w/% component w/%

Sodium dodecyl benzene sulfonate 20.0 fluorescent whitening agent 0.3

Zeolite 15.0 perfume 0. 1

Sodium silicate 10.0 bis (hydrogenated tallow alkyl) dimethylammonium chloride10

Sodium carbonate 1.0 sodium sulfite 1.0

Polyethylene glycol (M=6000) 0.5 cellulase (SP-227) 1.0

Sodium citrate 0.8 sodium sulfate equilibrium

Showed that after washing clothes, it was rinsed twice with 30L water, and there was no foam for the third time. After using this detergent for 30 times, the clothes do not fade and the rinsing speed is fast.

Formula 2

Component w/% component w/%

C 14 ~ 15 alkylbenzene (EO)7 ether 33.0 DB544 0.5

C 12 alkylbenzenesulfonic acid (60%) 16.5 additive 10. 1

Triethanolamine 1 1.0 water balance

The results show that defoamer DB544 containing self-emulsifying silicone can be used to control the foam of liquid detergent containing nonionic and anionic surfactants.

Formula 3

Component w/% component w/%

Diperoxide C 12 alkyl diacid 2.0 sodium sulfate 0 ~ 5.0

C 12 sodium alkylbenzene sulfonate 16. 1 acrylic acid/methacrylate laurate (25: 1) * * polymer (m = 3800) 0.5 ~10.

C 12 ~ 15 alkyl benzene (EO)9 diethyl ether 6.9 dek nest-20 10 0.3

Borax 5.0 additive 0.49

Sorbitol 20.0 water balance

Sodium polyacrylate (m = 10000) 0 ~ 0.2

The results show that the formula has good viscosity, bleaching and cleaning properties.