Synthetic laundry detergent

FIELD: laundry detergent useful in both hand laundry and washing machine.

SUBSTANCE: claimed synthetic detergent contains (mass %): surfactant 6,0-8,0 non-ionic surfactant 2-4; sodium tripolyphosphate 20; peroxide bleaching agent 10-15; carboxymethylcellulose (calculated as 100 mass % of base substance) 0.5; polycarboxylate 0.25-1.0; sodium silicate (calculated as SiO2) 3-5; soda ash 5.0; optic bleaching agent 0.1-0.3; polyvinyl pyrrolidone 0.3-0.5; tetraacetylethylene diamine 1-2; 2,6-ditertbuthyl4-dimethyl-aminomethylphenole as stabilizer 0.005-0.20; flavor 0.1-0.2; reaction product of oxyethylated isononylphenole, triethanolamine and sodium hydroxide 2-3; and balance: water and sodium sulfate to 100 %. Surfactant contains linear sodium alkylbenzenesulfonate or mixture thereof with fatty acid soap, or carboxymethylated isononylphenole ethoxylate sodium salt; non-ionic surfactant contains oxyethylated alkylphenoles or polyethylene glycol esters of synthetic fatty alcohols.

EFFECT: detergent of improved quality providing additional softness of washed fabric.

4 cl, 2 tbl, 6 ex


The invention relates to detergents and can be used both for manual and machine washing and soaking of all kinds of textile products, including non-ferrous, and other household needs.

Known composition for washing clothes containing Soaps of fatty and resin acids, plasticizers, and anionic surfactant protein, water [A.S. USSR №345192, IPC 11 D 9/02].

But this composition does not contain useful additives such as complexing agents, antiresonance, and other inorganic salts which would ensure quality usteriana dirt.

Known detergent composition for washing clothes, containing water, soap, surfactants and soda ash, and metasilicate sodium. As synthetic surfactants used alkylsulfonate sodium [A.S. USSR №857259, IPC 11 D 9/02].

The disadvantages of this structure include high alkalinity, which causes unwanted allergic reactions, particularly skin irritation, low ability, as well as significant inlay tissues due to its high content in detergent sodium carbonate and precipitation of calcium Soaps.

Also known Laundry detergent comprising anionic and nonionic surfactants, ethoxylated fatty acid, CMC, complexing agents, mineral supplements, enzymes and optical bleach the teli, defoamers, perfume, sleek additive - bentonite clay [Patwariabathe No. 2207144, IPC 11 D 3/12, 1992].

But this means, as above, has insufficient washing capacity.

Known washing Laundry detergent containing anionic and/or nonionic surfactants, sodium tripolyphosphate, a mixture of inorganic additives, for example, sodium sulfate, sodium carbonate and sodium bicarbonate, liquid glass, carboxymethylcellulose (CMC), bleach, water [Path No. 2081156, IPC C 11 D 3/20, 1994].

But this tool also has a relatively low washing ability and does not provide sufficient softness of the products after washing.

Also known detergent containing surfactants, soluble complexing agents - sodium tripolyphosphate, useful additives - sodium bicarbonate and carbon dioxide, sodium chloride, fillers - sodium silicate, sodium sulfate, antiresonant - CMC, optical brighteners, perfume, antifoam, water [Path No. 2167190, IPC C 11 D 3/20, 2000].

The main disadvantage of the known detergent is insufficient washing ability tools and universalist, i.e. the impossibility of its application for all types of underwear, especially for color, resulting in the flushing of the paint. In addition, during long-term storage of detergent is the deterioration of its quality: slii haemost, the clumping, which generally reduces its cleaning ability.

Also known detergent containing anionic and nonionic surfactants, zeolite, modifying additives, such as sodium tripolyphosphate, sodium carbonate, components bleaching, sodium sulphate, CMC, antifoam [Path No. 2182164, IPC 11 D 3/39, 3/12, 3/06, 1997].

The main disadvantage of the known tool is the high content of zeolites and surfactant, which leads to higher detergent, and, in addition, keep a large amount in the composition of sodium sulfate correlates washing machines, produce if machine washing, as well as low propulsively tissues that when you rinse linen leads to a large consumption of water.

Known detergent containing soap powder, soap sodium on the basis of higher fatty acids, surfactants, complexing agents, sodium silicate, enzymes and optical bleach, polyvinylpyrrolidone, sodium chloride, antifoam, flavoring and sodium sulfate [U.S. Pat. Of the Russian Federation No. 2167193, IPC 11 D 9/04, 9/38, 9/08, 9/26, 2000].

The main disadvantages of this tool should be considered a relatively low ability and a lack of whiteness of the fabric after washing.

The closest technical solution prototype is a detergent containing surfactants (surfactant), antiresonance - silicate of sodium p is storymy, carboxymethylcellulose (CMC), complexing agents - sodium tripolyphosphate and sodium citrate, mineral supplements - soda ash, sodium bicarbonate, optical bleach, oxygen bleach, tetraacetylethylenediamine (TAED), an inhibitor of migration of the dye (polyvinylpyrrolidone), stabilizer-4-methyl-2,6-di-tert-butylphenol, a fragrance, a filler is sodium sulfate and water in the following ratio of components, wt.%:

1. Surfactant -
line Las sodium
(sulfonic acid)10,0-13,0
or a mixture of sulfonic acid soap fatty acids
or fatty acid synthetic fraction17-C20
and sodium hydroxide
- sodium salt carboxymethylamino
the ethoxylate of isononylphenol- 2,0-3,0
Tipuliformis- 20,0-30,0
or tripolyphosphate- 20,0-25,0
and sodium citrate- 2,0-3,0
3. Peroksigidrat urea (CO(NH2)H2O2)- 10,0-15,0
4. Carboximetilzellulozu is for CMC
(in recalculation on 100%
the mass fraction of the main substances)- 0,3-0,4
5. Polycarboxylate "it also"the 0.1 - 0.2
6. Sodium silicate soluble
(in terms of SiO2)- 2,5-3,0
7. Soda ash- 5,0-10,0
8. Sodium bicarbonate- 0-10V,0
9. Optical bleach- 0,2-0,3
10. Antifoam- 0,2-1,0
11. Tetraacetylethylenediamine (TAED)- 1,0-2,0
12. Polyvinylpyrrolidone- 0,3-0,4
13. 4-methyl-2,6-di-tertbutylphenol
(4-methyl-2,6-DTBP)- 0,005-0,200
14. Perfume- 0,05-0,20
15. Water and sodium sulfate100

[Path No. 2230101, IPC C 11 D 1/83, 3/39, 3/20, 3/04, 2004].

But this cleanser provides for the use as a peroxide bleach only peroksigidrat urea that in case of shortage of the latter may cause difficulties with the supply of raw materials. Moreover, in this case, it is not always possible to achieve the desired result in the bleaching of fabrics.

Friends and the lack of soft-washed fabric and the use of expensive antifoam.

The technical task of the invention is to improve the washing steps and providing additional soft-washed fabric.

The problem is solved in that the synthetic detergent for washing clothes (CMC)containing surface-active substances (surfactants), antiresonance - soluble sodium silicate, carboxymethylcellulose (CMC), complexing agents - sodium tripolyphosphate, mineral supplements - soda ash, optical bleach, peroxide bleach, tetraacetylethylenediamine (TAED), polycarboxylate "it also", polyvinylpyrrolidone, flavoring, stabilizer, filler is sodium sulfate and water, as a stabilizer contains 2,6-ditretbutyl-4-dimethyl - aminomethylphenol (2,6-DTB-4-DAMP) and additionally contains a nonionic surfactant, a product of the interaction of polyoxyethylene isononylphenol, triethanolamine and sodium hydroxide in the following ratio of components, wt.%:

1. PAV- 6,0-8,0
2. Nonionic surfactant- 2,0-4,0
3. Sodium tripolyphosphateto 20.0
4. The peroxide bleach- 10,0-15,0
5. Carboxymethylcellulose CMC
(in recalculation on 100%
the mass fraction of the main substances)- 0,5
6. Polycarboxylate "it also"- 0,25-1,00
7. Sodium silicate soluble
(in terms of SiO2)- 3,0-5,0
8. Soda ash- 5,0
9. Optical bleach- 0,1-0,3
10. Polyvinylpyrrolidonefrom 0.3 - 0.5
11. Tetraacetylethylenediamine (TAED)- 1,0-2,0
12. 2,6-ditretbutyl-4-dimethylaminomethylphenol
(2.6-DB-4-DAMP)- 0,005-0,200
13. Perfumethe 0.1 - 0.2
14. Product interaction
ethoxylated isononylphenol,
triethanolamine and sodium hydroxide- 2,0-3,0
16. Sodium chloride- 0-5,0
17. Water and sodium sulfate100

In the proposed washing compositions as surface-active substances used linear Las sodium (sulfonic acid) STP 00204872-15-P or a mixture of the sulfonic acid soap and fatty acids, including acids W is rnie synthetic fraction 17-C20according to GOST 23239-89 and caustic soda technical GOST 2263-79 for the saponification of fatty acids or the sodium salt carboxymethylamino of ethoxylate of isononyl-phenol (sinterol) STP 00204872-17-P, which has the General formula: R-C6H5-O(C2H4O)nCH2COONa, where: R - isononylphenol; n - 6,10,12.

As the nonionic surfactants used ethoxylated ALKYLPHENOLS (neonols) TU 2483-077-05766801-98 or polietilenglikolya synthetic esters of fatty alcohols (fatty alcohol ethoxylates) TU 6-14-864-88, THE 6-14-577-88.

To reduce foam in the CMC formulations typically use silicone defoamers. The antifoam is one of the relatively expensive raw materials, which affects the cost of detergent.

As nonionic surfactants have low foaming, the use of ternary mixtures of surfactants: nonionic surfactants, anionic surfactants and Soaps will help to achieve maximum reduction of the foam without the use of expensive antifoam at their high detergency.

It is known that the washing process was appreciably affected by the measure of the concentration of hydrogen ions (pH). The most effective usteriana takes place in an alkaline medium at pH 9-11. Regulator alkalinity in detergents are usually used additives such as soda and Tripol is sodium phosphate.

However, excessive sodium causes inlay and POSELENIE tissue in the process of repeated washing and the high phosphate content in CMC adverse from the point of view of ecology, as when ingested phosphate in the water bodies eutrophication occurs last.

In the inventive detergent is suggested to use the product of the interaction of polyoxyethylene isononylphenol, triethanolamine and sodium hydroxide, which is an alkaline agent and an activator of the washing steps.

In connection with the foregoing, the joint use of these supplements will help to reduce the amount of soda ash and sodium tripolyphosphate, as well as to increase the activity of surfactants and to increase the ability of the tool.

As complexing agents suitable for use in the present invention, provided inorganic P-containing detergent builders, for example, tripolyphosphate according to GOST 13493 or THE 2148-037-00194441-02, or THE 2148-095-43499406-98, or THE 113-00-05759020-25-95).

As the peroxide bleaches are used peroksigidrat urea (TU 2136-111-25556678-2001), peroksoborat sodium (TU 6-02-1187-79 with ISM. 1,2,3,4,5,6), percarbonate sodium (TU 2144-001-24345844-2002).

The presence of a peroxide bleach achieve greater white fabric after washing, protection paint fabrics, and in addition and dezinficiruy the action.

In addition, generated by decomposition of peroksigidrat urea has a beneficial effect on the fabric, reducing its destruction.

2,6-ditretbutyl-4-dimethylaminomethylphenol (2,6-DTB-4-DAMP) is an effective stabilizer wide steps for polymeric materials, rubber chemicals and hydrocarbons. Its presence in the composition of the detergent composition will prevent collapse of the peroxide and organic compounds by a radical mechanism containing unsaturated and hydroxyethyl group, thereby to improve the resistance to oxidation and to preserve the ability, the bleaching properties and other quality indicators derived detergent for a long time.

Used 2,6-DTB-4-DAMP - powdered or flake product from light yellow to orange color, is produced in accordance with TU 38.103368-94.

The presence in the formulation of polyvinylpyrrolidone will improve the appearance of the product, saves paint on colored fabrics, not allowing them to slip away, and in General, gives the product a more pronounced updated.

The soluble sodium silicate (glass sodium) is used according to GOST 13078-81 or GOST 13079-93 or THE 2145-026-00204872-2002.

Sodium carbonate (soda ash) used according to GOST 5100-85 for water softening and regulating the pH of the environment.

The sodium sulfate is used according to GOST 21458-75 or GOST 6318-77,or THE 2141-084-00209527-99, or THE 21-249-00204168-92.

As antiresonant use carboxymethylcellulose technical (CMC) brand 70/300, 75/400 or 85/700 on THE 6-55-40-90, or THE 2231-017-32957739-02 or Cancel 0(1) TU 2231-001-35193780-96 or THE 2389-011-262839127-96.

The presence in the composition of the bleaching activator of TAAD will improve the quality of washing and to ensure a more complete removal of dirt from the fabrics, and also to give a more pronounced white products from white fabrics. In addition, will allow you to wash at lower temperatures (40-60°).

TAED use imports.

As use perfumes fragrances for Soaps and detergents, for example, on THE 64-19-137-91, or THE 10-04-16-31-87, or LV-05-94 or other commercially available perfumes.

As optical brighteners use bleach, for example, Belfor KD-2 6-14-423 on THE 6-14-423-87, or THE 6-38-05800142-174-95, or THE 6-38-05800142-154-94 for cotton fabrics, or, for example, Relux OTHERS (Czech Republic) for synthetic and mixed fabrics, or other commercially available optical brighteners.

The use of Acremon" prevents re-deposition of dirt and reduces water hardness and improves the particle size distribution and flowability of the detergent. "It also" use THE 2492-001-46270704-2001. It is a compound of the following formula

In addition, the joint content in the composition of Acremon and 2,6-DTB-4-DAMP probably show any synergistic effect, which does not absorb moisture from the environment, especially during long-term storage, thereby maintaining the dispersion, color and all operational properties, and ability tools for long term storage.

Enter in the inventive detergent sodium chloride gives extra softness washed linen. In addition, the sodium chloride is the electrolyte lowers the critical concentration of micelle formation, helps to achieve maximum surface activity at minimal cost surface-active substances. Use according to GOST 13830-91 or THE 9192-027-002-04872-95.

The technical essence of the invention is confirmed by the following examples:

Example 1. The synthesis of the product of the interaction of ethoxylated isononyl phenol, triethanolamine and sodium hydroxide.

Into the reaction flask with stirrer and reflux condenser load under stirring to 67.3 g of neonols, 4 g of sodium hydroxide and 15.2 g of triethanolamine. Heated the reaction mass to a temperature of 60°and incubated for 8 hours, the Amount of the formed salt was determined by evaporation of the reaction mass, resulting precipitated salt which was washed organic dissolve elem, was filtered and dried to constant weight at a temperature of the boiling point of the solvent. Finally got 75,24 g (96%) of product, representing a white powder, soluble in water and alcohol, insoluble in hydrocarbons, with a melting point equal to 293-296°C.

Example 2. Obtaining a detergent.

In a glass reactor equipped with a jacket heater, load the calculated amount of water, surfactant, polyvinylpyrrolidone, himeraster, which is prepared separately by mixing the stated number of soluble sodium silicate, water, CMC, Acremon, optical bleach at room temperature. Then into the reactor with constant stirring upload sodium sulphate, soda ash, sodium tripolyphosphate, and, for example, sodium chloride. Heated to a temperature of 60 - 80°and at this temperature was kept for 20 to 30 minutes. Next, the resulting composition is dried to a moisture content of 5-15%. The dry product is ground and then add to it the peroxide bleach, TED, the odorant.

The method of introduction of 2,6-DTB-4-DAMP in composition - our KNOW-HOW.

The compounds of the composition when the claimed ratios of the starting components is presented in table 1, the figures in table 2.

When using detergent containing the claimed components in a larger ratio than stated, is not practical, IU Isham - not achieved the claimed technical result.

Ability is determined by standard methods GOST 22567.15-95, as the ratio of the degree of removal of the contamination of the test solution of detergent to the extent of removing the pollution solution composition comparison on artificially contaminated pigment-oil composition of cotton fabric at a temperature of 80°in a laboratory washing machine "Linetext +".

Whitening ability is determined in accordance with GOST 22567.11.82 relative growth of white fabric at bleaching test detergent to the growth of the white of the same fabric bleaching composition comparison (temperature 90°C, the concentration of the solution is 10 g/l, time - 30 minutes).

Sleek effect was determined by RD 6-40-00209645.2.1.-92.

Based on data presented, we can conclude that the claimed synthetic detergent will expand the range of high-quality CMC has high consumer properties, not inferior in cleaning and whitening ability of the analogs and the prototype. Additionally, washed the proposed composition of the detergent and the fabric has a higher score softness than fabric, washed prototype.

Table 1
№№p/p Source componentsComposition the compositions of examples
The placeholder123456
1.The sulfonic acidto 12.06,07,0-8,0
2.A mixture of sulfonic acid soap fatty acids8,0
6.Sodium tripolyphosphate25,020,020,020,020,020,020,0
7.Sodium citrate2,0---- --
8.Peroksigidrat ureato 12.010,015,015,0
9.Peroksoborat sodium--10,0----
10.Percarbonate sodium----to 12.0-15,0
12.The it also0,20,250,30,51,01,00,8
13.Sodium silicate soluble2,53,03,03,04,05,05,0
14.Soda ash10,05,05,05,05,05,05,0
15.Optical bleach0,250,10,10,20,20,3
22.Sodium chloride--1,03,04,05,04,0
23.The product of the interaction of polyoxyethylene isononylphenol, triethanolamine and caustic soda2,02,530 3,03,02,5
24.The sodium sulfate and waterto




Table 2
no examplesWashing capacity, % GOST 22567.15-95Whitening ability, %The height of the column of foam, mm according to GOST 22567.1-77White,%GOST

22567.13 -82
Sleek action, Bal., by RD 6-40-00209645.2.1. -92
the placeholder113110158909012,326,6
4 115116160959535,243,2

1. Synthetic detergent for washing clothes containing surfactants including linear Las sodium, or a mixture of Soaps of fatty acids, or the sodium salt carboxymethylamino of ethoxylate of isononylphenol, the soluble sodium silicate, carboxymethylcellulose, sodium tripolyphosphate, soda ash, optical bleach, peroxide bleach, tetraacetylethylenediamine, polycarboxylate "it also", polyvinylpyrrolidone, flavoring, stabilizer, sodium sulfate and water, characterized in that the stabilizer contains 2,6-ditretbutyl-4-dimethyl-aminomethylphenol and additionally contains the product of the interaction of polyoxyethylene isononylphenol, triethanolamine and sodium hydroxide and nonionic surfactant is ethoxylated ALKYLPHENOLS or polietilenglikolya synthetic esters of fatty alcohols in the following ratio of the components is now, wt.%:

nonionic surface-active
Sodium tripolyphosphate20,0
The peroxide bleach10,0-15,0
carboxymethylcellulose (in recalculation on 100%
the mass fraction of the main substances)0,5
Polycarboxylate "it also"0,25-1,00
Sodium silicate soluble (in terms of SiO2)3,0-5,0
Soda ash5,0
Optical bleachof 0.1-0.3
The product of the interaction of ethoxylated
isononylphenol, triethanolamine
and of sodium hydroxide2,0-3,0
Water and sodium sulfate100

2 Synthetic detergent according to claim 1, characterized in that the peroxide bleach contains peroksigidrat urea, or peroksoborat sodium, or percarbonate sodium.

3. Synthetic detergent according to claim 1, characterized in that it further contains sodium chloride in an amount of 0-5 wt.%.

4. Synthetic detergent according to claims 1 and 2, characterized in that as polycarboxylate "it also uses asymmetric polycarboxylate molecular weight of 250 thousand following structural formula:


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FIELD: detergents.

SUBSTANCE: detergent applicable for washing and watering of all types of textiles both under domestic conditions and in industrial contains, wt %: surfactants 1-14, sodium tripolyphosphate 20-30, sodium liquid glass 3, carboxymethylcellulose 0.5-0.8, polycarboxylate "Akremon" 0.1-1.5, soda ash 5-10, optical bleacher 0.2-0.3, odorant 0.05-0.1, sodium chloride 0.5-4.0, oxyethylated isononylphenol/triethanolamine/sodium hydroxide interaction product 1-14, water and sodium sulfate to 100%. Detergent may further contain of nonionic surfactants 0-3, sodium bicarbonate 0-5, polyvinylpyrrolidone 0-0.3, and foam suppressor 0-0.2.

EFFECT: enhanced detergent effect and acquired softening effect.

8 cl, 2 tbl, 8 ex