WO2016024229A1 - Personal care cleaning composition containing natural raw materials and the method for the preparation thereof - Google Patents

Personal care cleaning composition containing natural raw materials and the method for the preparation thereof Download PDF

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Publication number
WO2016024229A1
WO2016024229A1 PCT/IB2015/056124 IB2015056124W WO2016024229A1 WO 2016024229 A1 WO2016024229 A1 WO 2016024229A1 IB 2015056124 W IB2015056124 W IB 2015056124W WO 2016024229 A1 WO2016024229 A1 WO 2016024229A1
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Prior art keywords
weight
cleaning composition
low potential
derived
natural
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PCT/IB2015/056124
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Spanish (es)
French (fr)
Inventor
Paola Andrea LANZIANO ALONSO
Diana María ORJUELA MARTÍNEZ
Laura Yiseth ARIZA MARROQUÍN
Original Assignee
Lanziano Alonso Paola Andrea
Orjuela Martínez Diana María
Ariza Marroquín Laura Yiseth
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Application filed by Lanziano Alonso Paola Andrea, Orjuela Martínez Diana María, Ariza Marroquín Laura Yiseth filed Critical Lanziano Alonso Paola Andrea
Publication of WO2016024229A1 publication Critical patent/WO2016024229A1/en

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    • A—HUMAN NECESSITIES
    • A61—MEDICAL OR VETERINARY SCIENCE; HYGIENE
    • A61K—PREPARATIONS FOR MEDICAL, DENTAL OR TOILETRY PURPOSES
    • A61K8/00—Cosmetics or similar toiletry preparations
    • A61K8/18—Cosmetics or similar toiletry preparations characterised by the composition
    • A—HUMAN NECESSITIES
    • A61—MEDICAL OR VETERINARY SCIENCE; HYGIENE
    • A61Q—SPECIFIC USE OF COSMETICS OR SIMILAR TOILETRY PREPARATIONS
    • A61Q19/00—Preparations for care of the skin
    • A61Q19/10—Washing or bathing preparations
    • A—HUMAN NECESSITIES
    • A61—MEDICAL OR VETERINARY SCIENCE; HYGIENE
    • A61Q—SPECIFIC USE OF COSMETICS OR SIMILAR TOILETRY PREPARATIONS
    • A61Q5/00—Preparations for care of the hair
    • A61Q5/02—Preparations for cleaning the hair
    • C—CHEMISTRY; METALLURGY
    • C11—ANIMAL OR VEGETABLE OILS, FATS, FATTY SUBSTANCES OR WAXES; FATTY ACIDS THEREFROM; DETERGENTS; CANDLES
    • C11D—DETERGENT COMPOSITIONS; USE OF SINGLE SUBSTANCES AS DETERGENTS; SOAP OR SOAP-MAKING; RESIN SOAPS; RECOVERY OF GLYCEROL
    • C11D1/00—Detergent compositions based essentially on surface-active compounds; Use of these compounds as a detergent
    • C11D1/66—Non-ionic compounds
    • C11D1/83—Mixtures of non-ionic with anionic compounds

Definitions

  • the present invention relates to the field of pure chemistry, more specifically, to the field of Cosmetics, formulations and compositions for the personal care such as hair, scalp and skin, such as cleaning formulations, conditioning, humidification, among others.
  • anionic surfactants will combined with amphoteric or non-ionic surfactants derived from petrochemical sources, to decrease their irritation potential within a composition.
  • amphoteric surfactants are find the betaines that are used in combination with alkyl sulfates and alkyl ether sulfates for achieve excellent foaming and keep clean in the hair; however, this alternative is not 100% renewable, since betaines are petrochemical derivatives.
  • the present invention consists of a cleaning composition containing a mixture of anionic surfactants derived from natural sources, a natural non-ionic surfactant derived, a humectant natural derivative and a liposome that contains a mixture of natural derived fats and oils that achieve balance between cleanliness, low irritation potential, foaming and moisturizing hair and leather scalp, without using raw materials derived from petrochemical sources.
  • composition of cleaning containing a mixture of surfactants anionics derived from natural sources, a surfactant non-ionic natural derivative, a derivative humectant natural and a liposome that contains a mixture of fats and natural derived oils.
  • a shampoo that contains the composition of cleaning according to the present invention.
  • the present invention consists of a cleaning composition containing a mixture of anionic surfactants derived from natural sources, a natural non-ionic surfactant derived, a humectant natural derivative and a liposome that contains a mixture of natural derived fats and oils that achieve balance between cleanliness, low irritation potential, foaming and moisturizing hair and leather scalp, without using raw materials derived from petrochemical sources.
  • the present invention consists of a cleaning composition containing a mixture of anionic surfactants (A) derived from sources natural, a non-ionic surfactant (B) derived natural, a natural derived moisturizer (C) and a liposome (D) that contains a mixture of fats and oils natural derivatives that achieve the balance between cleanliness, low potential for irritation, foaming and moisturizing hair and scalp, unused Raw materials derived from petrochemical sources.
  • A anionic surfactants
  • B non-ionic surfactant
  • C natural derived moisturizer
  • D liposome
  • anionic surfactants (A) derived from natural sources, used herein Composition are selected from alkyl sulfates (A.1.), alkyl ether sulfates (A.2.) and N-coco acyl derivatives of acidic amino acids (A.3.), which can be defined as follows:
  • Alkyl sulfates Oil derivatives palm kernel (high content of C12 lauric acid), which It is then sulfated with sulfur oxide (VI). This anionic surfactant works as a cleaning agent With high detergent, emulsifying and foaming power. It is responsible for the foaming of the formula.
  • Alkyl Ether Sulfate Oil Derived of palm kernel (high content of C12 lauric acid) which is ethoxylated with 2 moles of ethylene oxide (derived from the sugarcane through bioethanol) and then sulfated with sulfur oxide (IV).
  • This anionic surfactant of Natural origin works as a cleaning agent, with high detergent, emulsifying and foaming power, is the responsible for the amount of foam and power of cleaning.
  • N-coco acyl amino acid derivatives Acids Derived from coconut oil and acidic amino acids as glutamic acid extracted from the fermentation of Sugarcane. It is an anionic surfactant, responsible for cleaning the hair and agent sparkling It also helps reduce irritation caused by the other surfactants, improves the quality of foam and imparts conditioning to the scalp.
  • the anionic surfactant (A) used in the cleaning composition according to the present invention may be present in an anionic asset range of 4.0% to 20.0% by weight of the total composition of the invention, more particularly, from 8.0% to 14.0% by weight of the total composition of the invention.
  • alkyl sulfates (A.1.) being in a range from 2.0% to 11.2% by weight, preferably from 4.6% to 7.5% by weight
  • alkyl ether sulfates (A.2.) in a range from 1.5% to 7.5% by weight, preferably 3.0% at 5.0% by weight
  • N-coco acyl amino acid derivatives acids (A.3.) in a range of 0.3% to 1.5% by weight, preferably 0.6% to 1.0% by weight.
  • the alkyl sulfates (A.1.) Can be select from the group comprising: lauryl sulfate sodium, sodium cocoyl sulfate and cetearyl sulfate sodium; or mixtures thereof. In one mode Preferred of the invention is sodium lauryl sulfate.
  • alkyl ether sulfates that they can be part of the composition object of the invention are found: sodium lauryl ether sulfate and magnesium lauryl ether sulfate; or mixtures of same.
  • component alkyl ether sulfates (A.2.) preferred is sodium lauryl ether sulfate.
  • N-coco acyl amino acid derivatives acids can be selected from the group that comprises: sodium cocoa glucamate and mixtures thereof, cocoyl sodium glycinate and mixtures, cocoyl sodium isothionate and mixtures thereof; or mixtures of same.
  • Cocoyl sodium glucamate and its mixtures can be selected from the group that comprises: sodium cocoa glucamate and mixtures thereof, cocoyl sodium glycinate and mixtures, cocoyl sodium isothionate and mixtures thereof; or mixtures of same.
  • non-ionic surfactant (B) natural derivative of the composition of the invention corresponds to a nonionic alkyl type surfactant lactyl lactate which is a derivative of lauric alcohol and lactic acid It is a non-ionic surfactant that works as an adjunct in construction and control of viscosity It also gives foam creaminess and low irritation of anionic surfactants, because decreases the critical micellar concentration improving the detergent effect and reducing irritation. Gives opacity to the product and imparts some conditioning to the scalp.
  • This nonionic surfactant (B) is found in a range of 0.06% to 0.3% by weight, more particularly of 0.12% to 0.2% by weight.
  • humectant (C) derived naturally from The invention is a mixture of humectants between which can be found xylitol and its derivatives, more precisely xylitol (C.1.), anhydrous xylitol (C.2.) and xylitol glycoside (C.3.). These are obtained from of glucose and wood and act as humectants of plant origin that maintain the balance of hydration in the scalp between the water reserves and the loss of transepidermal water. It is a moisturizer and restructuring Normalize peeling and reduce significantly irritation of anionic surfactants.
  • the humectants (C) derived from xylitol can range from 0.3% to 1.5% by weight, of the total of the composition of the invention. Within this range components C.1., C.2., and C.3., In the following proportions of total assets anionic: xylitol (C.1.) can be between 0.009% and 0.3% by weight; xylitol anhydride (C.2.) between 0.06% and 0.52% by weight; and xylitol glycoside (C.3.) between 0.12% at 1.15% by weight.
  • humectants (C) derived from xylitol can go in a range of 0.6% to 1.0% by weight of the total composition, where xylitol (C.1.) can be between 0.018% and 0.2% by weight; the xylitol anhydride (C.2.) between 0.12% and 0.35% by weight; and xylitol glycoside (C.3.) between 0.24% to 0.77% by weight.
  • the liposome (D) is a derivative of several vegetable sources such as canola oil, jojoba and vitamin E. It is a high liposome capillary substantivity consisting of a nanodispersion of purified lecithin phospholipids of soy associated with a cationic wax of plant origin encapsulating jojoba and canola oils and vitamin E stabilized by microfluidization. Indicated for cosmetic use in malnourished, dry hair, maltreated.
  • This also improves the characteristics product sensory, moisturizes and nourishes the hair and the scalp Thanks to the size of its particle (100 -300 nanometers (nm)) has the capacity to penetrate the hair fiber and the stratum corneum releasing encapsulated assets, reducing static and frizz, improving combing and preventing hair breakage.
  • This liposome (D) is in a range of 0.01% to 1.0% by weight, more precisely 0.05% to 0.3% by weight, within the total composition of the invention.
  • the liposome (D) can be selected from the group comprising: Water, phospholipids, seed oil canola (Brassica Napus seed oil), oil jojoba (Simmondsia Chinensis seed oil), Brass Isoleuccinate, Silate Isoleuccinate, brassica alcohol and tocopheryl acetate; and mixtures thereof.
  • a method of preparing the cleaning composition containing a mixture of anionic surfactants (A) derived from natural sources, a non-ionic surfactant (B) natural derivative, a humectant (C) natural derivative and a liposome (D) that contains a mixture of fats and natural derived oils.
  • A anionic surfactants
  • B non-ionic surfactant
  • C humectant
  • D liposome
  • the method of preparing the composition of The present invention consists of the following steps:
  • a shampoo that contains, among others components, the cleaning composition according to The present invention.
  • the base composition of the invention combined with other ingredients such as: Coconut monoetalonamide, polydimethylsiloxanes as dimethicone and dimethiconol, ethylene glycol distearate, acrylamide polymers such as polyquaternium-7, salts such as potassium chloride, sodium chloride, gums quaternized as hydroxypropylotrimony chloride guar, preservatives such as sodium benzoate, methylisothiazolinone, methyl chloroisothiazolinone, chelators such as ethylenediaminetetraacetic acid and sodium gluconate, amino acids such as lysine, arginine, glycine, citric acid.
  • composition described so far can also be used for cleaning preparations, such as for example, shampoo, liquid soap and shower gels adding the following ingredients: fragrance, preservative, silicones, extracts, quaternized gums, dyes, chelators, among others.
  • composition object of the invention is tested in laboratory tests intended to evaluate several important parameters for the compositions cleaning, for which the following formulations:
  • the active ingredient should be understood as the amount, expressed as a percentage by weight, of the composition according to the invention.
  • the viscosity was established with the method Brookfield LV, measured with needle 4 at 12 rpm and 20oC of formula temperature.
  • the parameter related to foam is measured according to the volumetric scale, under the method of measuring foam height through a test tube of glass and 1% of the solution to be tested in water deionized
  • Example 1 Preparation of composition for shampoo cleaning
  • the composition of the invention according to the proportions stipulated in the formula 3, and was added: Monoetalonamide of coconut, dimethicone and dimethiconol, distearate ethylene glycol, polyquaternium-7, potassium chloride, guar hydroxypropylotrimony chloride, benzoate sodium, methylisothiazolinone, methyl chloroisothiazolinone, sodium gluconate, acid citric; and fragrance, to get a shampoo.
  • This shampoo was evaluated for viscosity, pH, foam and potential parameters irritation, finding that the composition of shampoo cleaning using formula 3 of the composition according to the invention complied with the Desired parameters for this type of cleaning composition.
  • the invention can be used for development of cleaning products, conditioning, humidification in the field of personal care.

Abstract

The present invention relates to a liquid composition for cleaning the hair and scalp, comprising a mixture of anionic surfactants, a non-ionic surfactant, a humectant and a liposome, all thereof derived from renewable natural sources. The cleaning composition is derived from renewable sources permitting the same to perform as well in terms of cleaning, foam and irritation potential, without the use of raw materials derived from petrochemical sources.

Description

COMPOSICIÓN DE LIMPIEZA QUE CONTIENE MATERIAS PRIMAS NATURALES, NO DERIVADAS DE FUENTES PETROQUÍMICAS, MÉTODO DE PREPARACIÓN DE LA MISMA Y COMPOSICIÓN DE LIMPIEZA TIPO CHAMPÚ QUE LA CONTIENECLEANING COMPOSITION CONTAINING MATTERS             NATURAL PREMIUMS, NOT DERIVED FROM PETROCHEMICAL SOURCES,             METHOD OF PREPARATION OF THE SAME AND COMPOSITION OF CLEANING             SHAMPOO TYPE THAT CONTAINS
La presente invención se refiere al campo de la química pura, más específicamente, al campo de la cosmética, las formulaciones y composiciones para el cuidado personal como cabello, cuero cabelludo y piel, tales como formulaciones de limpieza, acondicionamiento, humectación, entre otras.The present invention relates to the field of                 pure chemistry, more specifically, to the field of                 Cosmetics, formulations and compositions for the                 personal care such as hair, scalp and skin,                 such as cleaning formulations, conditioning,                 humidification, among others.
En el campo de las composiciones para limpieza en cuidado personal, como por ejemplo el champú, se usan diferentes tipos de surfactantes aniónicos que son usados para dar limpieza al cabello y generar la espuma en la aplicación. Estos surfactantes en su gran mayoría son derivados de fuentes petroquímicas, no son completamente biodegradables y son derivados de fuentes no renovables. De esta forma, la industria ha desarrollado algunas alternativas más sostenibles derivadas de fuentes renovables que permitan tener un desempeño similar al logrado por las materias primas petroquímicas. Entre estas opciones se encuentran algunos alquil sulfatos que son ampliamente conocidos en el campo de la cosmética. Sin embargo, estas sustancias tienen un potencial de irritación, que según la escala de proteína Zeína dan un potencial de irritación entre ligeramente irritante a irritante tipo I sobre la piel, lo que puede generar resequedad y descamación de la epidermis. Por lo tanto, en las composiciones convencionales, estos surfactantes deben ir acompañados de otros surfactantes para disminuir su potencial de irritación.In the field of cleaning compositions                 in personal care, such as shampoo, are used                 different types of anionic surfactants that are                 used to clean the hair and generate the foam                 in the application These surfactants mostly                 they are derived from petrochemical sources, they are not                 completely biodegradable and are derived from sources                 Non-renewable. In this way, the industry has                 developed some more sustainable alternatives                 derived from renewable sources that allow to have a                 performance similar to that achieved by raw materials                 Petrochemicals Among these options are                 some alkyl sulfates that are widely known in                 The field of cosmetics. However, these substances                 they have an irritation potential, which according to the scale                 Zein protein give irritation potential between                 slightly irritating to irritating type I on the skin,                 what can generate dryness and desquamation of the                 epidermis. Therefore, in the compositions                 conventional, these surfactants must be accompanied                 of other surfactants to decrease their irritation potential.
Generalmente, los surfactantes aniónicos se combinan con surfactantes anfóteros o no iónicos derivados de fuentes petroquímicas, para disminuir su potencial de irritación dentro de una composición. Entre los surfactantes anfóteros más usados se encuentran las betaínas que son usadas en combinación con los alquil sulfatos y los alquil éter sulfatos para lograr una excelente espumación y mantener la limpieza en el cabello; no obstante, esta alternativa no es 100% renovable, ya que las betaínas son derivadas petroquímicas.Generally, anionic surfactants will                 combined with amphoteric or non-ionic surfactants                 derived from petrochemical sources, to decrease their                 irritation potential within a composition.                 Among the most used amphoteric surfactants are                 find the betaines that are used in combination                 with alkyl sulfates and alkyl ether sulfates for                 achieve excellent foaming and keep clean                 in the hair; however, this alternative is not 100%                 renewable, since betaines are petrochemical derivatives.
Actualmente, se han desarrollado alternativas en materias primas encontrando algunos surfactantes más sostenibles, pero estos no logran mantener el desempeño en limpieza y espumación cuando se comparan con los surfactantes derivados de fuentes petroquímicas. Este es el caso de los alquil poliglucósidos que son combinados con los alquil sulfatos para mejorar el potencial de irritación, sin embargo, estas formulaciones no producen suficiente espuma y los sistemas que se logran son difíciles de estabilizar.Currently, alternatives have been developed                 in raw materials finding some more surfactants                 sustainable, but these fail to maintain performance                 in cleaning and foaming when compared to                 surfactants derived from petrochemical sources. This                 this is the case of the alkyl polyglycosides that are                 combined with alkyl sulfates to improve                 irritation potential, however, these                 formulations do not produce enough foam and those                 Systems that are achieved are difficult to stabilize.
Se han elaborado algunas soluciones para el reemplazo de los componentes petroquímicos dentro de las formulaciones de limpieza personal como el caso de la solución propuesta por la patente US 20130252875 (Alla Merces) la cual incluye componentes que son derivados naturales dentro de una composición de limpieza para el cabello y la piel. Este invento tiene como propósito lograr una composición más fluida y homogénea para las composiciones de limpieza, utilizando una goma natural con un lactato y un componente lactilato (naturalmente derivados), proporcionando una composición de limpieza con características similares a aquellas preparadas con componentes petroquímicos. Esta invención soluciona el problema de utilizar una goma como agente espesante, sin que la composición resultante pierda sus propiedades en cuanto homogeneidad y viscosidad, lo cual no era posible por el uso único de la goma xantan en la composición.Some solutions have been developed for                 replacement of petrochemical components within                 Personal cleaning formulations as the case of the                 solution proposed by US Patent 20130252875 (Alla                 Merces) which includes components that are derived                 natural within a cleaning composition for the                 hair and skin This invention is intended                 achieve a more fluid and homogeneous composition for                 cleaning compositions, using a natural rubber                 with a lactate and a lactylate component (naturally                 derivatives), providing a cleaning composition                 with characteristics similar to those prepared with                 petrochemical components This invention solves the                 problem of using a gum as a thickening agent, without                 that the resulting composition loses its properties in                 how much homogeneity and viscosity, which was not possible                 by the unique use of xanthan gum in the composition.
Por lo tanto, existe aún una necesidad insatisfecha de encontrar una composición para limpieza elaborada a partir de fuentes renovables, que tenga un menor potencial de irritación, humecte el cuero cabelludo y mantenga las propiedades de espumación y limpieza de las composiciones comunes que utilizan derivados de fuentes petroquímicas no renovables y no son completamente biodegradables.Therefore, there is still a need                 dissatisfied with finding a cleaning composition                 made from renewable sources, which has a                 less irritation potential, moisturize the leather                 scalp and maintain the foaming properties and                 cleaning of the common compositions they use                 derived from non-renewable and non-renewable petrochemical sources                 They are completely biodegradable.
La presente invención consiste en una composición de limpieza que contiene una mezcla de surfactantes aniónicos derivados de fuentes naturales, un surfactante no iónico derivado natural, un humectante derivado natural y un liposoma que contiene una mezcla de grasas y aceites derivadas naturales que logran el balance entre la limpieza, bajo potencial de irritación, espumación y humectación en el cabello y cuero cabelludo, sin usar materias primas derivadas de fuentes petroquímicas.The present invention consists of a                 cleaning composition containing a mixture of                 anionic surfactants derived from natural sources,                 a natural non-ionic surfactant derived, a humectant                 natural derivative and a liposome that contains a mixture                 of natural derived fats and oils that achieve                 balance between cleanliness, low irritation potential,                 foaming and moisturizing hair and leather                 scalp, without using raw materials derived from petrochemical sources.
En otro aspecto de la presente invención, se presenta un método de preparación de la composición de limpieza que contiene una mezcla de surfactantes aniónicos derivados de fuentes naturales, un surfactante no iónico derivado natural, un humectante derivado natural y un liposoma que contiene una mezcla de grasas y aceites derivadas naturales.In another aspect of the present invention,                 presents a method of preparing the composition of                 cleaning containing a mixture of surfactants                 anionics derived from natural sources, a surfactant                 non-ionic natural derivative, a derivative humectant                 natural and a liposome that contains a mixture of fats                 and natural derived oils.
En un tercer aspecto de la invención, se presenta un champú que contiene la composición de limpieza de acuerdo con la presente invención.In a third aspect of the invention,                 presents a shampoo that contains the composition of                 cleaning according to the present invention.
En la presente invención se encontró que era posible reemplazar los derivados de fuentes petroquímicas no renovables y que no son completamente biodegradables, de las formulaciones y composiciones para el cuidado personal como cabello, cuero cabelludo y piel; manteniendo las características exigidas por el público consumidor de estas formulaciones y composiciones; y principalmente, que presente un menor potencial de irritación, humecte el cuero cabelludo y mantenga las propiedades de espumación y limpieza de las composiciones comunes. In the present invention it was found that it was                 possible replace source derivatives                 non-renewable petrochemicals that are not completely                 biodegradable formulations and compositions                 for personal care like hair, scalp and                 skin; maintaining the characteristics required by the                 consumer public of these formulations and                 compositions; and mainly, to present a minor                 irritation potential, moisturize the scalp and                 maintain the foaming and cleaning properties of                 common compositions.
La presente invención consiste en una composición de limpieza que contiene una mezcla de surfactantes aniónicos derivados de fuentes naturales, un surfactante no iónico derivado natural, un humectante derivado natural y un liposoma que contiene una mezcla de grasas y aceites derivadas naturales que logran el balance entre la limpieza, bajo potencial de irritación, espumación y humectación en el cabello y cuero cabelludo, sin usar materias primas derivadas de fuentes petroquímicas.The present invention consists of a                 cleaning composition containing a mixture of                 anionic surfactants derived from natural sources,                 a natural non-ionic surfactant derived, a humectant                 natural derivative and a liposome that contains a mixture                 of natural derived fats and oils that achieve                 balance between cleanliness, low irritation potential,                 foaming and moisturizing hair and leather                 scalp, without using raw materials derived from petrochemical sources.
La presente invención consiste en una composición de limpieza que contiene una mezcla de surfactantes aniónicos (A) derivados de fuentes naturales, un surfactante no iónico (B) derivado natural, un humectante (C) derivado natural y un liposoma (D) que contiene una mezcla de grasas y aceites derivados naturales que logran el balance entre la limpieza, bajo potencial de irritación, espumación y humectación en el cabello y cuero cabelludo, sin usar materias primas derivadas de fuentes petroquímicas.The present invention consists of a                 cleaning composition containing a mixture of                 anionic surfactants (A) derived from sources                 natural, a non-ionic surfactant (B) derived                 natural, a natural derived moisturizer (C) and a                 liposome (D) that contains a mixture of fats and oils                 natural derivatives that achieve the balance between                 cleanliness, low potential for irritation, foaming and                 moisturizing hair and scalp, unused                 Raw materials derived from petrochemical sources.
En particular, los surfactantes aniónicos (A) derivados de fuentes naturales, usados en la presente composición se seleccionan de alquil sulfatos (A.1.), alquil éter sulfatos (A.2.) y N-coco acil derivados de aminoácidos ácidos (A.3.), los cuales se pueden definir como sigue:In particular, anionic surfactants (A)                 derived from natural sources, used herein                 Composition are selected from alkyl sulfates (A.1.),                 alkyl ether sulfates (A.2.) and N-coco acyl derivatives of                 acidic amino acids (A.3.), which can be defined                 as follows:
A.1. Alquil sulfatos: Derivados del aceite de palmiste (alto contenido de ácido laúrico C12), que luego es sulfatado con óxido de azufre (VI). Este surfactante aniónico funciona como agente de limpieza con alto poder detergente, emulsificante y espumante. Es el responsable de la espumación de la fórmula.A.1. Alkyl sulfates: Oil derivatives                 palm kernel (high content of C12 lauric acid), which                 It is then sulfated with sulfur oxide (VI). This                 anionic surfactant works as a cleaning agent                 With high detergent, emulsifying and foaming power.                 It is responsible for the foaming of the formula.
A.2. Alquil éter sulfato: Derivado del aceite de palmiste (alto contenido de ácido laúrico C12) que es etoxilado con 2 moles óxido de etileno (derivado de la caña de azúcar a través de bioetanol) y luego sulfatado con óxido de azufre (IV). Este surfactante aniónico de origen natural funciona como agente de limpieza, con alto poder detergente, emulsificante y espumante, es el responsable de la cantidad de espuma y poder de limpieza. A.2. Alkyl Ether Sulfate: Oil Derived                 of palm kernel (high content of C12 lauric acid) which is                 ethoxylated with 2 moles of ethylene oxide (derived from the                 sugarcane through bioethanol) and then sulfated                 with sulfur oxide (IV). This anionic surfactant of                 Natural origin works as a cleaning agent, with                 high detergent, emulsifying and foaming power, is the                 responsible for the amount of foam and power of                 cleaning.
A.3. N-coco acil derivados de aminoácidos ácidos: Derivado del aceite de coco y aminoácidos ácidos como el ácido glutámico extraído de la fermentación de la caña de azúcar. Es un surfactante aniónico, responsable de la limpieza en el cabello y agente espumante. También ayuda a disminuir la irritación causada por los otros surfactantes, mejora la calidad de espuma e imparte acondicionamiento al cuero cabelludo.A.3. N-coco acyl amino acid derivatives                 Acids: Derived from coconut oil and acidic amino acids                 as glutamic acid extracted from the fermentation of                 Sugarcane. It is an anionic surfactant,                 responsible for cleaning the hair and agent                 sparkling It also helps reduce irritation                 caused by the other surfactants, improves the quality of                 foam and imparts conditioning to the scalp.
El surfactante aniónico (A) usado en la composición de limpieza según la presente invención puede estar presente en un rango de activo aniónico de 4,0% a 20,0% en peso del total de la composición de la invención, más particularmente, del 8,0% a 14,0% en peso del total de la composición de la invención. Dentro de este rango se encuentran presentes los componentes A.1., A.2., y A.3., en las siguientes proporciones de activo total aniónico: estando los alquil sulfatos (A.1.) en un rango de 2,0% a 11,2% en peso, preferiblemente de 4,6% a 7,5% en peso; los alquil éter sulfatos (A.2.) en un rango de 1,5% a 7,5% en peso, preferiblemente 3,0% a 5,0% en peso; y los N-coco acil derivados de aminoácidos ácidos (A.3.) en un rango de 0,3% a 1,5% en peso, preferiblemente 0,6% a 1,0% en peso.The anionic surfactant (A) used in the                 cleaning composition according to the present invention                 may be present in an anionic asset range of                 4.0% to 20.0% by weight of the total composition of the                 invention, more particularly, from 8.0% to 14.0% by weight                 of the total composition of the invention. Within                 This range contains components A.1.,                 A.2., And A.3., In the following asset ratios                 total anionic: the alkyl sulfates (A.1.) being in a                 range from 2.0% to 11.2% by weight, preferably from 4.6% to                 7.5% by weight; alkyl ether sulfates (A.2.) in a                 range from 1.5% to 7.5% by weight, preferably 3.0% at                 5.0% by weight; and the N-coco acyl amino acid derivatives                 acids (A.3.) in a range of 0.3% to 1.5% by weight,                 preferably 0.6% to 1.0% by weight.
Los alquil sulfatos (A.1.) se pueden seleccionar del grupo que comprende: lauril sulfato de sodio, cocoil sulfato de sodio y cetearil sulfato de sodio; o mezclas de los mismos. En una modalidad preferida de la invención se escoge el lauril sulfato de sodio.The alkyl sulfates (A.1.) Can be                 select from the group comprising: lauryl sulfate                 sodium, sodium cocoyl sulfate and cetearyl sulfate                 sodium; or mixtures thereof. In one mode                 Preferred of the invention is sodium lauryl sulfate.
Entre los alquil éter sulfatos (A.2.) que pueden hacer parte de la composición objeto de la invención se encuentran: lauril éter sulfato de sodio y lauril éter sulfato de magnesio; o mezclas de los mismos. Como componente alquil éter sulfatos (A.2.) preferido se tiene el lauril éter sulfato de sodio. Among the alkyl ether sulfates (A.2.) That                 they can be part of the composition object of the                 invention are found: sodium lauryl ether sulfate and                 magnesium lauryl ether sulfate; or mixtures of                 same. As component alkyl ether sulfates (A.2.)                 preferred is sodium lauryl ether sulfate.
Los N-coco acil derivados de aminoácidos ácidos (A.3.) se pueden seleccionar del grupo que comprende: cocoilo glucamato de sodio y sus mezclas, cocoilo glicinato de sodio y sus mezclas, cocoilo isotionato de sodio y sus mezclas; o mezclas de los mismos. En una modalidad preferida de la invención se escoge el cocoilo glucamato de sodio y sus mezclas.N-coco acyl amino acid derivatives                 acids (A.3.) can be selected from the group that                 comprises: sodium cocoa glucamate and mixtures thereof,                 cocoyl sodium glycinate and mixtures, cocoyl                 sodium isothionate and mixtures thereof; or mixtures of                 same. In a preferred embodiment of the invention,                 Choose the cocoyl sodium glucamate and its mixtures.
En cuanto al surfactante no iónico (B) derivado natural de la composición de la invención, corresponde a un surfactante no iónico tipo alquil lactil lactato que es un derivado del alcohol laúrico y el ácido láctico. Es un surfactante no iónico que funciona como coadyuvante en la construcción y control de viscosidad. También da cremosidad a la espuma y baja la irritación de los surfactantes aniónicos, porque disminuye la concentración micelar crítica mejorando el efecto detergente y disminuyendo la irritación. Da opacidad al producto e imparte algo de acondicionamiento al cuero cabelludo.As for the non-ionic surfactant (B)                 natural derivative of the composition of the invention,                 corresponds to a nonionic alkyl type surfactant                 lactyl lactate which is a derivative of lauric alcohol and                 lactic acid It is a non-ionic surfactant that                 works as an adjunct in construction and control                 of viscosity It also gives foam creaminess and low                 irritation of anionic surfactants, because                 decreases the critical micellar concentration improving the                 detergent effect and reducing irritation. Gives                 opacity to the product and imparts some conditioning                 to the scalp.
Este surfactante no iónico (B) se encuentra en un rango de 0,06% a 0,3% en peso, más particularmente de 0,12% a 0,2% en peso.This nonionic surfactant (B) is found in                 a range of 0.06% to 0.3% by weight, more particularly of                 0.12% to 0.2% by weight.
Pasando al humectante (C) derivado natural de la invención, es una mezcla de humectantes entre los cuales se pueden encontrar xilitol y sus derivados, más precisamente xilitol (C.1.), xilitol anhídrico (C.2.) y xilitol glucósido (C.3.). Estos son obtenidos a partir de la glucosa y la madera y actúan como humectantes de origen vegetal que mantienen el balance de hidratación en el cuero cabelludo entre las reservas de agua y la pérdida de agua transepidermal. Es un humectante y reestructurante. Normaliza la descamación y reduce significativamente la irritación de los surfactantes aniónicos.Turning to the humectant (C) derived naturally from                 The invention is a mixture of humectants between                 which can be found xylitol and its derivatives, more                 precisely xylitol (C.1.), anhydrous xylitol (C.2.) and                 xylitol glycoside (C.3.). These are obtained from                 of glucose and wood and act as humectants of                 plant origin that maintain the balance of hydration                 in the scalp between the water reserves and the                 loss of transepidermal water. It is a moisturizer and                 restructuring Normalize peeling and reduce                 significantly irritation of anionic surfactants.
Los humectantes (C) derivados del xilitol pueden ir en un rango de 0,3% a 1,5% en peso, del total de la composición de la invención. Dentro de este rango se encuentran presentes los componentes C.1., C.2., y C.3., en las siguientes proporciones de activo total aniónico: el xilitol (C.1.) puede estar entre 0,009% y 0,3% en peso; el xilitol anhídrido (C.2.) entre 0,06% y 0,52% en peso; y el xilitol glucósido (C.3.) entre 0,12% a 1,15% en peso. The humectants (C) derived from xylitol                 they can range from 0.3% to 1.5% by weight, of the total                 of the composition of the invention. Within this range                 components C.1., C.2., and                 C.3., In the following proportions of total assets                 anionic: xylitol (C.1.) can be between 0.009% and                 0.3% by weight; xylitol anhydride (C.2.) between 0.06% and                 0.52% by weight; and xylitol glycoside (C.3.) between 0.12%                 at 1.15% by weight.
En una modalidad preferida de la invención, los humectantes (C) derivados del xilitol pueden ir en un rango de 0,6% a 1,0% en peso del total de la composición, donde el xilitol (C.1.) puede estar entre 0,018% y 0,2% en peso; el xilitol anhídrido (C.2.) entre 0,12% y 0,35% en peso; y el xilitol glucósido (C.3.) entre 0,24% a 0,77% en peso.In a preferred embodiment of the invention,                 humectants (C) derived from xylitol can go in                 a range of 0.6% to 1.0% by weight of the total                 composition, where xylitol (C.1.) can be between                 0.018% and 0.2% by weight; the xylitol anhydride (C.2.) between                 0.12% and 0.35% by weight; and xylitol glycoside (C.3.)                 between 0.24% to 0.77% by weight.
En cuanto al último componente de la composición, el liposoma (D), es un derivado de varias fuentes vegetales como aceite de canola, aceite de jojoba y vitamina E. Es un liposoma de alta substantividad capilar que consiste en una nanodispersión de fosfolípidos purificados de lecitina de soya asociados a una cera catiónica de origen vegetal encapsulando aceites de jojoba y de canola y vitamina E estabilizada mediante microfluidización. Indicado para uso cosmético en cabellos desnutridos, resecos, maltratados. Este también mejora las características sensoriales del producto, humecta y nutre el cabello y el cuero cabelludo. Gracias al tamaño de su partícula (100 -300 nanómetros (nm)) tiene la capacidad de penetrar la fibra capilar y el estrato corneo liberando activos encapsulados, reduciendo la estática y el encrespamiento (frizz), mejorando la peinabilidad y evitando que el cabello se quiebre.As for the last component of the                 composition, the liposome (D), is a derivative of several                 vegetable sources such as canola oil,                 jojoba and vitamin E. It is a high liposome                 capillary substantivity consisting of a                 nanodispersion of purified lecithin phospholipids                 of soy associated with a cationic wax of plant origin                 encapsulating jojoba and canola oils and vitamin E                 stabilized by microfluidization. Indicated for                 cosmetic use in malnourished, dry hair,                 maltreated. This also improves the characteristics                 product sensory, moisturizes and nourishes the hair and                 the scalp Thanks to the size of its particle                 (100 -300 nanometers (nm)) has the capacity to                 penetrate the hair fiber and the stratum corneum releasing                 encapsulated assets, reducing static and                 frizz, improving combing and                 preventing hair breakage.
Este liposoma (D) se encuentra en un rango de 0,01% a 1,0% en peso, más precisamente de 0,05% a 0,3% en peso, dentro del total de la composición de la invención.This liposome (D) is in a range of                 0.01% to 1.0% by weight, more precisely 0.05% to 0.3%                 by weight, within the total composition of the invention.
El liposoma (D) se puede seleccionar del grupo que comprende: Agua, fosfolípidos, aceite de semilla de canola (Aceite de semilla Brassica Napus), aceite de jojoba (Aceite de semilla Simmondsia Chinensis), isoleucinato de brasica, isoleucinato de esilato, alcohol de brassica y acetato de tocoferilo; y mezclas de los mismos.The liposome (D) can be selected from the group                 comprising: Water, phospholipids, seed oil                 canola (Brassica Napus seed oil), oil                 jojoba (Simmondsia Chinensis seed oil),                 Brass Isoleuccinate, Silate Isoleuccinate,                 brassica alcohol and tocopheryl acetate; and mixtures                 thereof.
PREPARACIÓN DE LA COMPOSICIÓN DE LA INVENCIÓNPREPARATION OF THE COMPOSITION OF THE INVENTION
En otro aspecto de la invención, se presenta un método de preparación de la composición de limpieza que contiene una mezcla de surfactantes aniónicos (A) derivados de fuentes naturales, un surfactante no iónico (B) derivado natural, un humectante (C) derivado natural y un liposoma (D) que contiene una mezcla de grasas y aceites derivadas naturales. In another aspect of the invention, it is presented                 a method of preparing the cleaning composition                 containing a mixture of anionic surfactants (A)                 derived from natural sources, a non-ionic surfactant                 (B) natural derivative, a humectant (C) natural derivative                 and a liposome (D) that contains a mixture of fats and                 natural derived oils.
El método de preparación de la composición de la presente invención consta de los siguientes pasos:The method of preparing the composition of                 The present invention consists of the following steps:
Adicionar agua y los alquil sulfatos (A.1.) y alquil éter sulfatos (A.2.).Add water and alkyl sulfates (A.1.) And                 alkyl ether sulfates (A.2.).
Luego adicionar los N-coco acil derivados de aminoácidos ácidos (A.3.).Then add the N-coco acyl derivatives of                 acidic amino acids (A.3.).
Ajustar el pH entre un rango de 5 a 7. Adjust the pH between a range of 5 to 7.
Luego adicionar el alquil lactil lactato (B) hasta homogenizar. Then add the alkyl lactyl lactate (B)                 until homogenize.
Adicionar el liposoma (D) y los humectantes (C).Add the liposome (D) and humectants (C).
En un tercer aspecto de la invención, se presenta un champú que contiene, entre otros componentes, la composición de limpieza de acuerdo con la presente invención. Para preparar una composición de limpieza tipo champú se puede tomar la composición base de la invención, combinada con otros ingredientes tales como: Monoetalonamida de coco, polidimetilsiloxanos como dimeticona y dimeticonol, diestearato de etilenglicol, polímeros de la acrilamida como poliquaternio-7, sales como cloruro de potasio, cloruro de sodio, gomas cuaternizadas como el cloruro de hidroxipropilotrimonio guar, preservantes como benzoato de sodio, metilisotiazolinona, metilocloroisotiazolinona, quelantes como ácido etilendiaminotetraacético y gluconato de sodio, aminoácidos como lisina, arginina, glicina, ácido cítrico.In a third aspect of the invention,                 presents a shampoo that contains, among others                 components, the cleaning composition according to                 The present invention. To prepare a composition of                 shampoo type cleaning you can take the base composition                 of the invention, combined with other ingredients such                 as: Coconut monoetalonamide, polydimethylsiloxanes as                 dimethicone and dimethiconol, ethylene glycol distearate,                 acrylamide polymers such as polyquaternium-7, salts                 such as potassium chloride, sodium chloride, gums                 quaternized as hydroxypropylotrimony chloride                 guar, preservatives such as sodium benzoate,                 methylisothiazolinone, methyl chloroisothiazolinone,                 chelators such as ethylenediaminetetraacetic acid and                 sodium gluconate, amino acids such as lysine, arginine,                 glycine, citric acid.
La composición hasta ahora descrita puede también ser usada para preparaciones de limpieza, como por ejemplo, champú, jabón líquido y geles de ducha adicionando los siguientes ingredientes: fragancia, preservante, siliconas, extractos, gomas cuaternizadas, colorantes, quelantes, entre otros.The composition described so far can                 also be used for cleaning preparations, such as                 for example, shampoo, liquid soap and shower gels                 adding the following ingredients: fragrance,                 preservative, silicones, extracts, quaternized gums,                 dyes, chelators, among others.
La composición objeto de la invención se probó en pruebas de laboratorio destinadas a evaluar varios parámetros importantes para las composiciones de limpieza, para lo cual se prepararon las siguientes formulaciones:The composition object of the invention is                     tested in laboratory tests intended to evaluate                     several important parameters for the compositions                     cleaning, for which the                     following formulations:
Ejemplos de proporciones para la composición de la invenciónExamples of                                     proportions for the                                     composition of the invention
CompuestoCompound Fórmula 1Formula 1 Fórmula 2Formula 2 Fórmula 3Formula 3
Lauril sulfato de sodioLauryl                                     sodium sulfate 4,65%4.65% 5,60%5.60% 7,56%7.56%
Lauril éter sulfato de sodioLauryl ether                                     sodium sulfate 3,00%3.00% 3,70%3.70% 5,00%5.00%
Glucamato de sodio cocoilo y glutamato disódico de cocoilo Glucamate                                     sodium cocoyl and glutamate                                     cocoyl disodium 0,60%0.60% 0,70%0.70% 1,00%1.00%
Lactato de lauril lactiloLactate                                     lactyl lauryl 0,12%0.12% 0,15%0.15% 0,20%0.20%
Xilitol glucósido, xilitol anhidro, xilitolXylitol                                     glycoside, anhydrous xylitol, xylitol 0,60%0.60% 0,70%0.70% 1,00%1.00%
Agua, fosfolípidos, aceite de semilla de canola (Aceite de semilla Brassica Napus), aceite de jojoba (Aceite de semilla Simmondsia Chinensis), Isoleucinato de brasica, Isoleucinato de esilato, alcohol de brassica y acetato de tocoferilo.Water, phospholipids, canola seed oil ( Brassica Napus seed oil), jojoba oil ( Simmondsia Chinensis seed oil ), Brass isoleuccinate, Silate isoleuccinate, brassica alcohol and tocopheryl acetate. 0,20%0.20% 0,20%0.20% 0,20%0.20%
Las tres formulaciones de la tabla 1, fueron analizadas de acuerdo con los parámetros más importantes para las composiciones de limpieza, obteniendo los siguientes resultados:The three formulations of table 1,                     were analyzed according to the most parameters                     important for cleaning compositions,                     obtaining the following results:
Evaluación de los principales parámetros en las fórmulas 1, 2 y 3Assessment                                     the main parameters                                     in formulas 1, 2 and 3
ParámetroParameter Fórmula 1Formula 1 Fórmula 2Formula 2 Fórmula 3Formula 3
Ingrediente activoActive ingredient 8,20%8.20% 9,80%9.80% 13,40%13.40%
Viscosidad (cp)Viscosity (cp) 00 00 00
pHpH 66 6,26.2 6,16.1
Espuma (ml)Foam (ml) 620620 620620 600600
Potencial de irritaciónIrritation potential BajoLow BajoLow BajoLow
El ingrediente activo debe entenderse como la cantidad, expresada en porcentaje en peso, de la composición según la invención.The active ingredient should be understood as                     the amount, expressed as a percentage by weight, of the                     composition according to the invention.
La viscosidad se estableció con el método Brookfield LV, medido con aguja 4 a 12 rpm y 20ºC de temperatura de la fórmula.The viscosity was established with the method                     Brookfield LV, measured with needle 4 at 12 rpm and 20ºC of                     formula temperature.
El parámetro relacionado con la espuma se midió según la escala volumétrica, bajo el método de medición de altura de espuma a través de una probeta de vidrio y 1% de la solución a probar en agua desionizada. The parameter related to foam is                     measured according to the volumetric scale, under the method of                     measuring foam height through a test tube                     of glass and 1% of the solution to be tested in water                     deionized
Después de analizados los resultados arrojados para cada una de las formulaciones, se encontró que a pesar de que la fórmula 3 tiene un porcentaje de ingrediente activo mayor que las dos fórmulas anteriores, este aumento en el ingrediente activo no aumentaba considerablemente la irritación, es decir el porcentaje de irritación se mantiene en el rango bajo. De igual manera, en cuanto al parámetro de espuma, se observó que con el aumento en la proporción de ingrediente activo se disminuyó la cantidad de espuma, aunque se encuentra en un rango apropiado para las composiciones de limpieza para el cuidado personal como cabello, cuero cabelludo y piel.After analyzing the results                     thrown for each of the formulations, it                     found that even though formula 3 has a                     percentage of active ingredient greater than the two                     previous formulas, this increase in the ingredient                     active did not significantly increase irritation,                     that is the percentage of irritation is maintained in                     The low range. Similarly, as for                     foam parameter, it was observed that with the increase                     in the proportion of active ingredient decreased                     the amount of foam, although it is in a                     appropriate range for cleaning compositions                     for personal care like hair, leather                     scalp and skin
Ejemplo 1: Preparación de composición para limpieza tipo champú. Se tomó la composición de la invención según las proporciones estipuladas en la fórmula 3, y se le adicionó: Monoetalonamida de coco, dimeticona y dimeticonol, diestearato de etilenglicol, poliquaternio-7, cloruro de potasio, cloruro de hidroxipropilotrimonio guar, benzoato de sodio, metilisotiazolinona, metilocloroisotiazolinona, gluconato de sodio, ácido cítrico; y fragancia, para obtener un champú.Example 1: Preparation of composition for                     shampoo cleaning The composition of the                     invention according to the proportions stipulated in the                     formula 3, and was added: Monoetalonamide of                     coconut, dimethicone and dimethiconol, distearate                     ethylene glycol, polyquaternium-7, potassium chloride,                     guar hydroxypropylotrimony chloride, benzoate                     sodium, methylisothiazolinone,                     methyl chloroisothiazolinone, sodium gluconate, acid                     citric; and fragrance, to get a shampoo.
Este champú se evaluó en cuanto a los parámetros de viscosidad, pH, espuma y potencial de irritación, encontrando que la composición de limpieza tipo champú que utiliza la fórmula 3 de la composición según la invención cumplió con los parámetros deseados para este tipo de composición de limpieza.This shampoo was evaluated for                     viscosity, pH, foam and potential parameters                     irritation, finding that the composition of                     shampoo cleaning using formula 3 of the                     composition according to the invention complied with the                     Desired parameters for this type of cleaning composition.
La invención puede ser utilizada para la elaboración de productos de limpieza, acondicionamiento, humectación en el campo de cuidado personal.The invention can be used for                 development of cleaning products, conditioning,                 humidification in the field of personal care.
Otras realizaciones o modalidades de la presente invención, que sean evidentes para los expertos en la técnica a partir de la lectura y práctica de la presente memoria descriptiva, se entienden incluidas bajo el ámbito de protección del presente invento. La presente memoria descriptiva y los ejemplos tienen carácter ilustrativo y no limitativo del alcance y espíritu de la invención, el cual está delimitado por las siguientes Reivindicaciones.Other embodiments or modalities of the                 present invention, which are apparent to the experts                 in the technique from the reading and practice of the                 This specification is understood to include                 under the scope of protection of the present invention. The                 present specification and the examples have                 illustrative and non-limiting nature of the scope and                 spirit of the invention, which is delimited by                 The following claims.

Claims (23)

  1. Una composición de limpieza con bajo potencial de irritación que contiene:
    -una mezcla de surfactantes aniónicos (A) derivados de fuentes naturales,
    -un surfactante no iónico (B) derivado natural,
    -un humectante (C) derivado natural; y
    -un liposoma (D) que contiene una mezcla de grasas y aceites derivados naturales,
    -usando materias primas naturales y no derivadas de fuentes petroquímicas.    A cleaning composition with low irritation potential that contains:
    -a mixture of anionic surfactants (A) derived from natural sources,
    -a non-ionic surfactant (B) derived naturally,
    -a natural derivative humectant (C); Y
    -a liposome (D) that contains a mixture of natural derived fats and oils,
    -using natural raw materials and not derived from petrochemical sources.
  2. La composición de limpieza con bajo potencial de irritación de la reivindicación 1 en donde los surfactantes aniónicos (A) derivados de fuentes naturales están presentes en un rango de 4,0% a 20,0% en peso del total de la composición y más particularmente, del 8,0% a 14,0% en peso del total de la composición.The cleaning composition with low potential                 irritation of claim 1 wherein the                 anionic surfactants (A) derived from sources                 natural are present in a range of 4.0% to 20.0% in                 weight of the total composition and more particularly,                 from 8.0% to 14.0% by weight of the total composition.
  3. La composición de limpieza con bajo potencial de irritación de la reivindicación 1 en donde el surfactante no iónico (B) derivado natural se encuentra en un rango de 0,06% a 0,3% en peso del total de la composición, más particularmente de 0,12% a 0,2% en peso del total de la composición.The cleaning composition with low potential                 irritation of claim 1 wherein the                 non-ionic surfactant (B) derived naturally                 in a range of 0.06% to 0.3% by weight of the total                 composition, more particularly from 0.12% to 0.2% by weight                 of the total composition.
  4. La composición de limpieza con bajo potencial de irritación de la reivindicación 1 en donde el humectante (C) derivado natural se encuentra en un rango de 0,3% a 1,5% en peso del total de la composición, más particularmente de 0,6% a 1,0% en peso del total de la composición.The cleaning composition with low potential                 irritation of claim 1 wherein the humectant                 (C) natural derivative is in a range of 0.3% at                 1.5% by weight of the total composition, plus                 particularly from 0.6% to 1.0% by weight of the total composition.
  5. La composición de limpieza con bajo potencial de irritación de la reivindicación 1 en donde el liposoma (D) se encuentra en un rango 0,01% a 1,0% en peso en peso del total de la composición, más precisamente de 0,05% a 0,3% en peso del total de la composición.The cleaning composition with low potential                 irritation of claim 1 wherein the liposome                 (D) is in the range 0.01% to 1.0% by weight in                 weight of the total composition, more precisely of                 0.05% to 0.3% by weight of the total composition.
  6. La composición de limpieza con bajo potencial de irritación de la reivindicación 1 en donde los surfactantes aniónicos (A) derivados de fuentes naturales, se seleccionan de alquil sulfatos (A.1.), alquil éter sulfatos (A.2.) y N-coco acil derivados de aminoácidos ácidos (A.3.).The cleaning composition with low potential                 irritation of claim 1 wherein the                 anionic surfactants (A) derived from sources                 natural, are selected from alkyl sulfates (A.1.),                 alkyl ether sulfates (A.2.) and N-coco acyl derivatives of                 acidic amino acids (A.3.).
  7. La composición de limpieza con bajo potencial de irritación de la reivindicación 6 en donde los alquil sulfatos (A.1.) están en un rango de 2,0% a 11,2% en peso del componente (A), preferiblemente de 4,6% a 7,5% en peso del componente (A).The cleaning composition with low potential                 irritation of claim 6 wherein the alkyl                 sulfates (A.1.) are in a range of 2.0% to 11.2% in                 weight of component (A), preferably from 4.6% to 7.5%                 by weight of component (A).
  8. La composición de limpieza con bajo potencial de irritación de la reivindicación 6 en donde los alquil éter sulfatos (A.2.) están en un rango de 1,5% a 7,5% en peso del componente (A), preferiblemente 3,0% a 5,0% en peso del componente (A).The cleaning composition with low potential                 irritation of claim 6 wherein the alkyl                 Ether sulfates (A.2.) are in a range of 1.5% to 7.5% in                 weight of component (A), preferably 3.0% to 5.0% in                 component weight (A).
  9. La composición de limpieza con bajo potencial de irritación de la reivindicación 6 en donde los N-coco acil derivados de aminoácidos ácidos (A.3.) están en un rango de 0,3% a 1,5% en peso del componente (A), preferiblemente 0,6% a 1,0% en peso del componente (A).The cleaning composition with low potential                 irritation of claim 6 wherein the N-coco                 Acyl derivatives of acidic amino acids (A.3.) are in a                 range of 0.3% to 1.5% by weight of component (A),                 preferably 0.6% to 1.0% by weight of component (A).
  10. La composición de limpieza con bajo potencial de irritación de la reivindicación 6 en donde los alquil sulfatos (A.1.) se pueden seleccionar del grupo que comprende: lauril sulfato de sodio, cocoil sulfato de sodio y cetearil sulfato de sodio; o mezclas de los mismos.The cleaning composition with low potential                 irritation of claim 6 wherein the alkyl                 sulfates (A.1.) can be selected from the group that                 comprises: sodium lauryl sulfate, cocoyl sulfate                 sodium and sodium cetearyl sulfate; or mixtures thereof.
  11. La composición de limpieza con bajo potencial de irritación de la reivindicación 10 en donde el alquil sulfatos (A.1.) es lauril sulfato de sodio.The cleaning composition with low potential                 irritation of claim 10 wherein the alkyl                 Sulfates (A.1.) is sodium lauryl sulfate.
  12. La composición de limpieza con bajo potencial de irritación de la reivindicación 6 en donde los alquil éter sulfatos (A.2.) se pueden seleccionar del grupo que comprende: lauril éter sulfato de sodio y lauril éter sulfato de magnesio; o mezclas de los mismos.The cleaning composition with low potential                 irritation of claim 6 wherein the alkyl                 ether sulfates (A.2.) can be selected from the group that                 comprises: sodium lauryl ether sulfate and lauryl ether                 magnesium sulphate; or mixtures thereof.
  13. La composición de limpieza con bajo potencial de irritación de la reivindicación 12 en donde el alquil éter sulfato (A.2.) es lauril éter sulfato de sodio.The cleaning composition with low potential                 irritation of claim 12 wherein the alkyl                 sulfate ether (A.2.) is sodium lauryl ether sulfate.
  14. La composición de limpieza con bajo potencial de irritación de la reivindicación 6 en donde los N-coco acil derivados de aminoácidos ácidos (A.3.) se pueden seleccionar del grupo que comprende: cocoilo glucamato de sodio y sus mezclas, cocoilo glicinato de sodio y sus mezclas, cocoilo isotionato de sodio y sus mezclas; o mezclas de los mismos.The cleaning composition with low potential                 irritation of claim 6 wherein the N-coco                 Acyl derivatives of acidic amino acids (A.3.) can be                 select from the group comprising: cocoyl glucamate                 of sodium and its mixtures, cocoyl sodium glycinate and its                 mixtures, sodium cocoyl isothionate and mixtures thereof; or                 mixtures thereof.
  15. La composición de limpieza con bajo potencial de irritación de la reivindicación 14 en donde el N-coco acil derivados de aminoácidos ácidos (A.3.) es cocoilo glucamato de sodio y sus mezclas.The cleaning composition with low potential                 irritation of claim 14 wherein the N-coco                 Acyl derivatives of acidic amino acids (A.3.) is cocoyl                 sodium glucamate and mixtures thereof.
  16. La composición de limpieza con bajo potencial de irritación de la reivindicación 1 en donde los surfactantes no iónicos (B) derivados naturales corresponden alquil lactil lactato.The cleaning composition with low potential                 irritation of claim 1 wherein the                 non-ionic surfactants (B) natural derivatives                 correspond to alkyl lactyl lactate.
  17. La composición de limpieza con bajo potencial de irritación de la reivindicación 1 en donde el humectante (C) derivado natural es una mezcla de humectantes entre los cuales se pueden encontrar xilitol y sus derivados.The cleaning composition with low potential                 irritation of claim 1 wherein the humectant                 (C) natural derivative is a mixture of humectants between                 which can be found xylitol and its derivatives.
  18. La composición de limpieza con bajo potencial de irritación de la reivindicación 17 en donde el humectante (C) derivado natural es una mezcla de xilitol (C.1.), xilitol anhídrico (C.2.) y xilitol glucósido (C.3.).The cleaning composition with low potential                 irritation of claim 17 wherein the                 Natural derivative humectant (C) is a mixture of xylitol                 (C.1.), Anhydrous xylitol (C.2.) And xylitol glycoside (C.3.).
  19. La composición de limpieza con bajo potencial de irritación de la reivindicación 18 en donde el xilitol (C.1.) está entre 0,009% y 0,3% en peso del componente (C), preferiblemente entre 0,018% y 0,2% en peso del componente (C).The cleaning composition with low potential                 irritation of claim 18 wherein the xylitol                 (C.1.) Is between 0.009% and 0.3% by weight of the component                 (C), preferably between 0.018% and 0.2% by weight of the                 component (C).
  20. La composición de limpieza con bajo potencial de irritación de la reivindicación 18 en donde el xilitol anhídrido (C.2.) está entre 0,06% y 0,52% en peso del componente (C), preferiblemente entre 0,12% y 0,35% en peso del componente (C).The cleaning composition with low potential                 irritation of claim 18 wherein the xylitol                 anhydride (C.2.) is between 0.06% and 0.52% by weight of                 component (C), preferably between 0.12% and 0.35% in                 component weight (C).
  21. La composición de limpieza con bajo potencial de irritación de la reivindicación 18 en donde el xilitol glucósido (C.3.) entre 0,12% a 1,15% en peso del componente (C), preferiblemente entre 0,24% a 0,77% en peso del componente (C).The cleaning composition with low potential                 irritation of claim 18 wherein the xylitol                 glycoside (C.3.) between 0.12% to 1.15% by weight of                 component (C), preferably between 0.24% to 0.77% in                 component weight (C).
  22. La composición de limpieza con bajo potencial de irritación de la reivindicación 1 en donde el liposoma (D) se puede seleccionar del grupo que comprende: Agua, fosfolípidos, aceite de semilla de canola (Aceite de semilla Brassica Napus), aceite de jojoba (Aceite de semilla Simmondsia Chinensis), isoleucinato de brasica, isoleucinato de esilato, alcohol de brassica y acetato de tocoferilo; y mezclas de los mismos.The cleaning composition with low potential                 irritation of claim 1 wherein the liposome                 (D) can be selected from the group comprising: Water,                 phospholipids, canola seed oil (Oil of                 Brassica Napus seed), jojoba oil (Oil of                 Simmondsia Chinensis seed), Brass Isoleuccinate,                 silate isoleuccinate, brassica alcohol and acetate                 tocopheryl; and mixtures thereof.
  23. Un método de preparación de la composición de limpieza que contiene una mezcla de surfactantes aniónicos (A) derivados de fuentes naturales, un surfactante no iónico (B) derivado natural, un humectante (C) derivado natural y un liposoma (D) que contiene una mezcla de grasas y aceites derivadas naturales que consta de los siguientes pasos:
    -Adicionar agua y los alquil sulfatos (A.1.) y alquil éter sulfatos (A.2.).
    -Luego adicionar los N-coco acil derivados de aminoácidos ácidos (A.3.).
    -Ajustar el pH entre un rango de 5 a 7.
    -Luego adicionar el alquil lactil lactato (B) hasta homogenizar.
    -Adicionar el liposoma (D) y los humectantes (C).    A method of preparing the cleaning composition containing a mixture of anionic surfactants (A) derived from natural sources, a naturally derived non-ionic surfactant (B), a natural derived humectant (C) and a liposome (D) containing a mixture of natural derived fats and oils consisting of the following steps:
    -Add water and alkyl sulfates (A.1.) And alkyl ether sulfates (A.2.).
    -Then add the N-coco acyl derivatives of acidic amino acids (A.3.).
    -Adjust the pH between a range of 5 to 7.
    -Then add the alkyl lactyl lactate (B) until homogenized.
    -Add the liposome (D) and humectants (C).
PCT/IB2015/056124 2014-08-12 2015-08-11 Personal care cleaning composition containing natural raw materials and the method for the preparation thereof WO2016024229A1 (en)

Applications Claiming Priority (2)

Application Number Priority Date Filing Date Title
CO14-175742 2014-08-12
CO14175742A CO7030202A1 (en) 2014-08-12 2014-08-12 Cleaning composition containing natural raw materials not derived from petrochemical sources and method of preparation thereof

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Citations (4)

* Cited by examiner, † Cited by third party
Publication number Priority date Publication date Assignee Title
US6432395B1 (en) * 1999-11-04 2002-08-13 Cogent Environmental Solutions Ltd. Cleaning composition containing naturally-derived components
EP2420558A1 (en) * 2010-08-17 2012-02-22 The Procter & Gamble Company Stable sustainable hand dish-washing detergents
US20120270764A1 (en) * 2009-11-03 2012-10-25 Aaron Michael Brown Sulfomethylsuccinates, process for making same and compositions containing same
US20130252875A1 (en) * 2012-03-23 2013-09-26 Alla Merces Thickener Systems For Personal Care and Other Cleansing Compositions

Patent Citations (4)

* Cited by examiner, † Cited by third party
Publication number Priority date Publication date Assignee Title
US6432395B1 (en) * 1999-11-04 2002-08-13 Cogent Environmental Solutions Ltd. Cleaning composition containing naturally-derived components
US20120270764A1 (en) * 2009-11-03 2012-10-25 Aaron Michael Brown Sulfomethylsuccinates, process for making same and compositions containing same
EP2420558A1 (en) * 2010-08-17 2012-02-22 The Procter & Gamble Company Stable sustainable hand dish-washing detergents
US20130252875A1 (en) * 2012-03-23 2013-09-26 Alla Merces Thickener Systems For Personal Care and Other Cleansing Compositions

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CO7030202A1 (en) 2014-08-21
ECSP17008647A (en) 2017-04-28
PE20170610A1 (en) 2017-05-12

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