What should be the standard viscosity of dish soap

The production of detergent technology is easy to learn, low cost, and easy to purchase raw materials.

First, the main raw material performance.

1 Dodecyl sulfuric acid: It is an excellent surfactant, rich in foam and strong detergency, and is a common raw material for the production of detergents. Sodium dodecylbenzene sulfate can also be used.

2 Alkanolamide (code: 6502) is a good and emulsifier, which is weakly alkaline, plays an emulsifying role in dish soap, and helps to regulate the alkalinity of the product and improve the ability of the product to remove grease.

3 Sodium benzoate: It is a preservative, also known as sodium benzoate. Salt: It is a kind of paving raw material, and it is best to use refined salt.

2. Formula: (calculated by kilogram) 100 kg of water, 2 kg of sodium lauryl sulfate, 6 kg of alkanolamide, kg of AES alcohol ether sulfate, kg of sodium benzoate, kg of refined salt, kg of lemon flavor.

Third, the production process:

1 Place 100 kg of water in a dissolver.

2 Drop 2 kg of sodium lauryl sulfate into the water and stir slowly until it dissolves completely.

3 Put another 6 kg of alkanolamide into the water and stir well.

4 Then, slowly add kilograms of refined salt to the water, stirring as you add until the product is viscous.

5 Add kilograms of sodium benzoate and stir well.

6. Add kilograms of flavor and kilograms of AES alcohol ether sulfuric acid, stir evenly to create a product.

4. Precautions:

1 The product can be stored for about 1 year, if no preservatives are added, the product must be used up within one use.

2. The amount of salt added must be well controlled, the viscosity of the product is not enough, and if you add more, the product is unqualified, and you must try it repeatedly to master the law. 3. If the foam of the product is insufficient, you can add more sodium dodecyl sulfate, and if the viscosity of the product is not enough, you can add more alkyl alcoholamide.

The standard viscosity of self-made dish soap should be that it can be drawn when the dripping water is picked up by hand.

1. Prepare 2 empty mineral water bottles and clean the bottles.

2. Pour 2 different pieces of dish soap into 2 empty bottles, and the liquid can be the same amount.

3. Hold the two bottles with both hands, and gently swing left and right with the same force at the same time to see whether the fluctuation of the liquid level in the two bottles is the same, the liquid in the bottle with large fluctuations is relatively thin and the viscosity is relatively low, and the liquid in the bottle with small fluctuations is relatively thick and the viscosity is relatively high. (At this time, you can probably tell the viscosity high and low, if you can't distinguish it, you can continue to compare scientifically).

4. Hold the two bottles with both hands, and shake vigorously for 2-3 minutes at the same time, at this time, the liquid in the bottle will contain many small bubbles, and the two bottles are placed on the table together at the same time to see the changes in the small bubbles in the liquid. The small bubbles in the viscous dish soap remain in the liquid for a longer period of time.

The state does not specify the viscosity of dish soap. However, consumers often have to look at the viscosity when purchasing, if the viscosity is too low, consumers think that the active ingredients are not enough, affecting their purchase choices.

There are a total of 13 items in the national standard test of detergent, including appearance, odor, stability, total active substance content, pH value, detergency power, fluorescent brightener, methanol, formaldehyde, arsenic, heavy metals, total number of colonies, and coliform bacteria. 1. Appearance: The liquid product is not stratified, there is no suspended matter or precipitation, and the powdered product is uniform and free of impurities, and does not agglomerate.

2. Odor: There shall be no other peculiar smell, and the flavored products shall comply with the specified fragrance type.

3. Stability: Place in the refrigerator of -3 10 for 24 hours, and observe no crystallization and no precipitation when it is taken out to return to room temperature; (40 1) of the incubator for 24 hours, take it out and immediately observe that it is not stratified, not turbid, and does not change the smell.

4. The total active substance content is 15%.

5. pH value: 8. Methanol 1mg g 6. Detergency power: not less than that of standard dishwashing detergent.

7. Fluorescent brightener: 8. Methanol 1mg g shall not be detected

9. Formaldehyde 10, arsenic 11, heavy metal 1mg kg 12, total number of colonies 1000 g

13. Coliform bacteria 3 100g

AES chaperone thickener.

AES + AES chaperone thickener + salt, extra thick, is the best compound thickener for AES. Formulations with AES are essential.

1. The consistency of the finished dish soap is not good, so it will thicken immediately after adding it.

2. Jujube potato dish soap becomes thinner in summer, and it thickens immediately when added.

3. Excessive dish soap salt becomes water, and it is immediately thickened when added.

4. It is widely used in the thickening of various detergents.

AES mate thickener is the latest research and development of Chengdu Hengfeng Hongye detergent factory and AES as the best companion thickener, the characteristics are as follows:

1. Characteristics. 1. It is the best compound thickener for AES, so it is called AES companion thickener. It is an indispensable thickener for AES formulations and is more suitable for AES than other thickeners such as 6501.

2. Very rich foam, with the effect of foaming and stabilizing foam. The product is watery and transparent.

3. It is a flexible detergent active agent, which is an excellent thickening foaming agent used for the preparation of shampoo, shower gel, hand soap, dish soap and other first-class detergents.

4. Very good degreasing effect.

Second, how to use.

1. AES chaperone thickener has a very good thickening effect, and is a composite surfactant with outstanding foaming and foaming stability.

1. Thickening conditions: It can only be thickened with AES and salt, and cannot be thickened in the state of clear water.

2. The order of blanking:

Method 1: Feed together with other active ingredients, and finally put salt, and the proportion of salt should be adjusted accordingly, because the consistency doubler itself has salt.

Method 2: Add after the production of the finished product, and add it appropriately according to the required consistency, that is, it will be thickened.

3. Proportion of use: the higher the content of AES and other active substances in the solution of washing stool dispenser, the less the amount of AES companion thickener will be used, and vice versa. Therefore, the use ratio is not fixed, and the exact proportion needs to be determined after your own formula test.

Add thickener.

The thickener has powder, liquid crude liquid, and the addition of Yuezhou is only more than the more buried thick.

Add salt. Pay attention to the amount of salt when adding it, it will become thin and whitish if you add too much.

The salt ratio is incorrect.

How to adjust the proportion of salt.

1) Initial salt ratio: first do a small test of one kilogram of product, the method is: pinch with your fingers (do not use a spoon) a little salt, put a little bit less, put it once and then put it a second time.

When the consistency is generated, if the consistency cannot be improved by putting salt three times in a row, it means that the salt ratio is enough. The salt used is measured to determine the proportion of salt used in one kilogram of product, and then scaled up to the desired proportion for production.

2) Determine the proportion of salt: from the proportion of salt used in one kilogram of products to the proportion required for production, there will be a certain measurement error, which needs to be adjusted again, and the adjustment method: the washing solution produced is beaten out by one kilogram, and the proportion of salt is adjusted to the thickest state, so that you can know what the final salt ratio is.

3) Adjust the salt ratio: replace the salt variety (edible salt, industrial salt, brine, coarse salt), change the weight of water, adjust the formula, adjust the cost, adjust the raw materials, and readjust the salt ratio in one of these situations.

4) Precautions: too much salt will turn into water, and the aqueous solution will turn white.