55 results about "Soap Product" patented technology

The present invention relates to an improved controlled delivery system that can be incorporated in soap bars to enhance deposition of active ingredients and sensory markers onto skin. The carrier system also provides controlled release or prolonged release of these actives from the skin over an extended period of time. The controlled delivery system of the present invention comprises substantially free-flowing, powder formed of solid hydrophobic, positively charged, nanospheres of encapsulated active ingredients, that are encapsulated in moisture sensitive microspheres. The high cationic charge density of the nanosphere improves deposition of active ingredients onto skin. The high cationic charge density on the nanosphere surface is created by incorporating a cationic conditioning agent into the solid hydrophobic matrix of the nanospheres, by incorporating a cationic charge “booster” in the moisture sensitive microsphere matrix, or by using a cationic conditioning agent in the nanosphere matrix in conjunction with a cationic charge “booster” in the microsphere matrix. The invention also pertains to soap products comprising the controlled release system of the present invention.

The invention discloses a washing soap with functional colored granules and a production method thereof. The washing soap is formed by mixing the following components by weight percent: 60.0-99.0% of soap granules, 0.05-5.0% of colored granules, 0-10% of a surfactant, 0.05-5.0% of a soft water additive, 0.01-1.5% of essence, 0.001-0.5% of a colorant and 0-2.0% of other additive. Due to the adoption of the washing soap, the appearance acceptance and the visual beauty of a washing soap product can be improved; and due to the addition and application of the functional colored granules, the washing functionality of the washing soap can be improved, the washing effect of the washing soap can be enhanced, and the integrated effect of the washing performance of the washing soap product can be achieved.

Bar soaps, with improved smoothness and elevated lime soap dispersancy, are distinguished by a reduced content of fatty acid soaps and nevertheless have improved smoothness and elevated lime soap dispersancy together with improved mushiness properties and sufficient hardness simultaneously combined with low abrasion and reduced cracking.

A hand soap product in the form of water dissolvable capsules filled with liquid hand soap. A dispenser and method for dispensing the water dissolvable capsules, and a dispenser for spherical solid soap tablets. A fizzing hand soap tablet.

A dispenser for dispensing a soap product includes a soap pump, a dispensing nozzle, and an expandable and contractible suction chamber. The dispensing nozzle has an outlet for dispensing soap, and the suction chamber is disposed between the soap pump and the dispensing nozzle. The suction chamber is expandable and contractible in volume and is predisposed to an expanded volume. Actuation of the soap pump causes the suction chamber to contract to a contracted volume that is less than the expanded volume to which it is predisposed, and soap is forced through the suction chamber and the dispensing nozzle to the outlet where it is dispensed. Soap that has not been dispensed at the outlet resides in the dispensing nozzle after actuation of the soap pump, and this residual soap is sucked back into the suction chamber during a return of the suction chamber to the expanded volume to which it is predisposed.

A composition for cleaning a surface and an article including a substrate and the composition for cleaning the surface are provided herein. The composition comprises a biocide, a first alcohol alkoxylate, an alkyl polyglycoside, a supplemental alcohol alkoxylate, and water. The composition is substantially free of organic solvents and has a cleaning performance of from 30% to 70% as determined in accordance with the Federal Test method Std. No. 536A / GEN, “Soap and Soap-Products (Including Synthetic Detergent)”.

The invention discloses a natural plant handmade soap, and also discloses a preparing method of the natural plant handmade soap. The preparing method comprises the following steps including (1) raw material preparation, (2) heating for the first time, (3) heating for the second time, (4) stirring and mixing, and (5) auxiliary material adding. The handmade soap provided by the invention has the advantages that wild camellia oil and natural plant oil are chosen as raw materials of the handmade soap, no soap base is adopted, no chemical additive is used, various materials are naturally saponified at normal temperature, nutrition ingredients of the raw materials are completely protected, and glycerinum generated after the saponification is also remained, so the perfect combination of deep cleaning, moisture preservation and nourishment can be realized; the handmade soap is mild to skin, the environment protection is favorably realized, the handmade soap can be decomposed into water and carbon dioxide by germs after being in contact with water for 24 hours, and pollution to environment and harm to marine organism cannot be caused. The method provided by the invention has the advantages that a preparing process is simple and easy, the realization is easy, the production efficiency is high, and natural plant handmade soap products with good cleaning and moisture preservation and nourishment effects can be fast and effectively prepared.

The invention provides an enzymatic laundry soap and a production method thereof. The enzymatic laundry soap is produced by mixing soap grains, spice, colorant, chelant and enzyme and adding an enzyme stabilizing agent consisting of borax, glycerol or propanediol and citric acid. The production method comprises the following the steps that: the soap grains, the metallic iron chelant, the colorant, the enzyme, the enzyme stabilizing agent and the spice are mixed in sequence, are timely and evenly stirred, the mixture is passed through a refiner and a three-roll grinder, and vacuumed strips are formed by rotary cutling to obtain enzymatic laudry soap products. In the invention, the stability of the enzyme of the enzymatic laundry soap can be maintained, the higher washing ability is maintained for a long time and obstinate stains are easily eliminated, thereby realizing easy washing.

The invention belongs to the field of cosmetics and cleaning products and particularly discloses a method for preparing peppermint-green tea handmade soap. According to the method, raw materials for preparing the handmade soap are all natural vegetable oils, the handmade soap is free of soap base, no chemical additive is used, the handmade soap is prepared through naturally saponifying all the materials at normal temperature, thus, nutritional ingredients of the raw materials are completely protected, and glycerine generated after saponifying is reserved, so that the perfect combination of deep-layer cooling and itching relieving and sterilizing is realized; and the handmade soap is moderate to skin and is beneficial to environment-friendliness. The method provided by the invention is simple in preparation process, easy to implement and high in production efficiency, and the natural vegetable handmade soap product with good cleaning and moisturizing and nourishing effects can be prepared rapidly and efficiently.

The invention relates to a multifunctional soap formula, in particular to a method, formula and performance of a multifunctional soap produced from sodium polyhydroxy stearate. Sodium polyhydroxy stearate refers to sodium dyhydroxy stearate (SDHS) derived from oleic acid, sodium tetrahydroxy stearate (STHS) derived from linoleic acid, sodium hexahydroxy stearate (SHHS) derived from linolenic acid and its mixture, and has the advantages of good solubility, low temperature solution and strong calcium soap resistance in neutral pH conditions. Compound of sodium polyhydroxy stearate and other sodium aliphatate can obtain a soap base formula for with functions of a plurality of products including neutral soap, hard water resistant soap and cold water soap, and a plurality of soap products such as liquid soap, soft soap, soap powder and block soap can be produced according to the needs of the market. The invention on the one hand can solve the problem of oxidative rancidity caused by unsaturated fatty acid raw material in soap products, and on the other hand make the scope of application of the soap formula expand to neutral, hard and low-temperature water environment, which is not applicable to common fatty acid sodium soap.

The invention belongs to the technical field of daily wash supplies, and relates to a handmade Chinese soapberry fruit peel soap and a preparation method thereof. The handmade Chinese soapberry fruitpeel soap provided by the invention solves problems like the weak bacteriostatic function of a handmade soap in the conventional market. The handmade soap provided by the invention comprises the following components by mass: 24 parts of a natural soap base, 70 parts of a Chinese soapberry fruit peel saponin concentrate, 6 parts of flavone liquid and 0.4 part of essential oil. The preparation method for the handmade Chinese soapberry fruit peel soap comprises the following steps: 1) collecting Chinese soapberry fruit so as to prepare the Chinese soapberry fruit peel saponin concentrate; 2) collecting Suaeda salsa seeds, and carrying out extraction so as to obtain the flavone liquid; 3) weighing 24 g of the natural soap base, placing the natural soap base into a beaker, allowing the naturalsoap base to be molten in a water bath, and adding 70 g of the Chinese soapberry fruit peel saponin concentrate prepared in the step 1) into the beaker; 4) adding 6 g of the flavone liquid prepared inthe step 2) into the beaker so as to obtain a mixed solution; 5) taking the beaker out of the water bath, and stirring the mixed solution; 6) dropwise adding the essential oil into the beaker, and stirring a mixed solution; and 7) pouring the mixed solution into a mold, and carrying out cooling and solidifying so as to obtain a finished handmade Chinese soapberry fruit peel soap product.

A waterproof thin sticker is embedded into a top and bottom layer of soap. The sticker may be printed with a four-color image. The bottom soap layer, below the sticker, is a solid color. The bottom soap layer makes up two-thirds of the entire soap's thickness. The top soap layer, above the sticker, is comprised of clear / transparent glycerin soap and makes up one-third of the entire soap's thickness. The soap is designed to wear at the top layer first which leaves the sticker image attached to the remaining bottom soap layer. The sticker remains intact and can be peeled off from the soap, saved, and collected. Packaging includes individually wrapping the soap product in a glossy plastic wrap and then putting into windowed package such as a mailable gift box.

The invention provides a method for preparing bran wax calcium soap, which comprises the following steps: firstly, adding 50 weight portions of rice bran wax into a container 1 for melting, adding 1 to 15 weight portions of NaOH and 0.01 to 5 weight portions of polyethylene glycol into a container 2, adding 50 to 500 weight portions of deionized water, pouring a solution in the container 2 into a four-hole boiling flask, heating the solution to be between 70 and 75 DEG C, pouring the rice bran wax in the container 1 into the four-hole boiling flask, making the rice bran wax react with the solution for 0.5 to 5 hours while stirring at a temperature of between 50 and 100 DEG C and at normal pressure, and generating rice bran sodium soap; and secondly, adding 5 to 50 weight portions of 40 weight percent CaCl2 aqueous solution into the four-hole boiling flask, making the rice bran sodium soap react with the CaCl2 aqueous solution for 0.5 to 5 hours at a temperature of between 50 and 500 DEG C and at normal pressure, generating dark brown rice bran wax calcium soap particles, and obtaining the granular bran wax calcium soap product after water washing, suction filtration and drying. The method uses the polyethylene glycol as a phase-transfer catalyst to prepare the bran wax calcium soap, and has the characteristics of low reaction temperature, short reaction time, high saponification and hydrolysis efficiency of rice bran, etc.

The invention relates to a tea flower handmade facial cleaning soap and a preparation method thereof. The handmade facial cleaning soap comprises 60-100 parts of grease, 5-15 parts of tea flower sauce, 0.5-1.5 parts of tea polyphenol, 1-2 parts of teasaponin, 10-15 parts of water and 5-7 parts of NaOH. The grease comprises olive oil, coconut oil, tea seed oil, soybean oil, corn oil, and rapeseed oil; and tea flowers, tea polyphenol, tea saponin and other raw materials are all edible; the prepared soap product has high safety, tea aroma and tea flower fragrance, and good antibacterial, moisturizing and whitening effects, is neutral in pH and mild for usage, does not to hurt the skin, and can be used for cleansing. The process for preparing the tea flower handmade facial cleaning soap is simple, easy to implement, high in production efficiency and convenient for popularization, and has very good market prospects.

The invention belongs to the technical field of daily chemical product, and more specifically discloses a laundry soap composition capable of softening and brightening clothes, and a preparation method thereof. The laundry soap composition is capable of improving the softness of fabric after washing, reducing deposition of soap scum on clothes, and avoiding yellowing of clothes caused by soap scum on fabric; brightening factors contained by the laundry soap composition are capable of maintaining the bright color of clothes. The laundry soap composition is capable of avoiding defects of conventional laundry soap in washing, washing effects of laundry soap are increased, and washing functions of laundry soap products are improved.

The invention relates to a method for preparing sodium soap. The method comprises the following steps of: dissolving grease in an organic solvent of which the mass is 1-5 times of that of the grease, putting the mixed liquid into a batch reactor with a condensing and refluxing device in the absence of water, heating the mixed liquid to 120-200 DEG C until the mixed liquid is boiling, slowly adding powdery solid sodium hydroxide of which the mass is 0.1-0.5 times of that of the grease, fiercely stirring for saponification, so as to obtain sodium soap, glycerin, unsaponifiable matters and residual alkali; after the reaction is ended, cooling products at -10-20 DEG C, separating the sodium soap out of the solution, filtering out the organic solvent in a suction manner, and drying a filter cake in a drying oven at 30-80 DEG C, so as to obtain a sodium soap product mixed with a small amount of residual alkali, wherein the alkali content is lower than national standards; and dissolving the glycerin and the unsaponifiable matters into the organic solvent, and circularly utilizing the organic solvent after distilling the organic solvent. The method disclosed by the invention is simple, efficient and environment-friendly, is low in use amount of solid alkali and applicable to preparation of the sodium soap of various oil products; the obtained product is high in yield, contents less free caustic alkali and few impurities and is pure white in color; and the disadvantages of complex operation, low product yield and high impurity content in the product in the conventional sodium soap preparation process are overcome.

The present invention provides a personal care and optionally a cleansing product for cleaning including a solid soap portion and a cleaning item molded partially into or secured within or in or two the solid soap portion, minimizing unintended separation during use. One or more cleaning items may be incorporated into a single solid soap portion increasing user convenience and suitability for a particular purpose (bath, emergency care, surgical, or selected work type). The soap product may be selected to include a plurality of additional non-soap items including scents, colors, moisturizers, grease and oil cutting agents, spices, anti-microbial agents etc.

The invention relates to the technical field of daily chemical products for daily use, in particular to a sterilization and disinfection soap with a soap core. The soap comprises the following raw materials in parts by weight: 10-20 parts of aloe pulp gel, 60-80 parts of glycerin soap base, 0.5-3 parts of vitamin E, 0.5-3 parts of bee glue, 0.5-2 parts of cod-liver oil, 1-5 parts of alcohol, 0.5-1 part of menthol crystal, 0.5-2 parts of essence and 2-10 parts of distilled water. In the invention, the aloe pulp gel is used as a raw material for preparing the soap so as to ensure that the soap product has the effects of sterilization, disinfection, skin whitening, and the like; and because the design of the soap core is adopted, the soap can be completely used up without reserving soap residues when the soap is used to the last minute, thus the soap can be thoroughly used up so as to avoid waste phenomena. The product can bring considerable economic benefit and social benefit to enterprises.

The invention relates to a soap making method, and concretely relates to a method for making a soap product by using sturgeon gonad grease. The making method comprises the following steps: extracting the sturgeon gonad grease, preparing a soap base, placing the soap base in a die, storing a cold made soap, grinding the soap base, matching to adjust the color and the smell of the soap base, and placing the obtained soap base in the die. The handmade soap is made by using the sturgeon gonad grease for the first time, and is different from soap products obtained by using plant grease, lard and other animal greases; the grease content of sturgeon gonad is high, the main grease component of the sturgeon gonad is neutral grease benefiting soap making, and the content of proteins and phosphatides in the sturgeon gonad is small, so a raw material preprocessing process is simple and easy; and the proportion of C14-C18 fatty acids (comprising oleic acid) is large, and the sturgeon gonad also contains EPA and DHA with special physiologic activity, so the soap made in the invention is better than the soaps adopting other greases in state and composition components.

The invention relates to the technical field of soap making systems, and discloses an energy-saving type soap making system. The energy-saving type soap making system comprises at least two metering and material supply devices, a neutralizing reactor and a finished soap product production device which are connected in sequence, wherein each metering and material supply device comprises a raw material storage pot group and a metering pump which are connected through a pipeline; the metering pumps are connected with the neutralizing reactor; the finished soap product production device comprises a stirring mixer, a grinding refining device and a soap molding device which are connected in sequence. Compared with the conventional soap making system, the energy-saving type soap making system disclosed by the invention has the advantages that the soap base drying working procedure is eliminated, the energy consumption in a soap product production process is reduced, and the energy-saving type soap making system can save more energy and is more environment-friendly.

The invention discloses a skin care soap containing Spina Gleditsiae and Mythic Fungus, and its making method. The making method comprises the following steps: weighing dry Spina Gleditsiae and dry Mythic Fungus, respectively cutting to form slices, adding water to immerse the slices, and boiling for concentrating to dilute pastes; mixing the above two semi-finished products, boiling the obtained mixture to a viscous paste; and adding pulped coconut oil, fully stirring, carrying out injection molding, cutting to form blocks, drying in the shade, and packaging. Another making method has a difference that the coconut oil is put in a material boiling kettle when the Spina Gleditsiae is boiled and concentrated, and the obtained mixture is boiled and stirred. The skin care soap is made by using three purely natural raw materials, contains no alkaline substances, is a neutral degradable carbohydrate, has the advantages of non-toxicity, safety, environmental protection, and no irritation to skins, can remove oil and scales, moisten skins and tenderize face, care hair, remove dandruff and resist wrinkles and spots, has an obvious skin itch treatment effect, and is substantially better than synthetic washing soap products.

A system and method for producing a marbleized soap product, wherein a marbleizing rotor within a soap plodder effectuates the manufacture of a marbleized soap product. In accordance with an exemplary embodiment, an exemplary soap marbleizing system and method comprises at least a primary soap plodder, a secondary soap plodder, a marbleizing rotor, and an extrusion nozzle. During production, the drive motor from at least one of each plodder and / or the marbleizing rotor may be a variable speed drive motor such that the degree of marbleization of the end soap product may be varied.

The invention discloses a handmade soap and a production method thereof. The handmade soap comprises the following raw materials in parts by weight: 20-30 parts of cymbopogon citratus, 40-60 parts of transparent soap base and 5-6 parts of lard oil. The production method comprises the following steps: I. selecting fresh cymbopogon citratus leaves, cleaning with water and then drying to constant weight; II. mechanically grinding the dried cymbopogon citratus into powder and screening, thus obtaining cymbopogon citratus powder for later use; III. heating the transparent soap base, and stirring till the transparent soap base is completely molten, and heating; IV. adding the cymbopogon citratus powder into the molten transparent soap base and stirring; then adding lard oil, continuously stirring for 5-10 minutes, to obtain a semi-finished product; and V. pouring the semi-finished product obtained in the step IV into a prepared mold, demolding after the semi-finished product is completely solidified, naturally airing to obtain a finished handmade soap product. The handmade soap is fine, faintly scent and low-cost.

An anti-slip mesh for soap products comprises, but is not limited to, a mesh material made of elastic thread ropes.

The invention discloses enzyme soap with a makeup removing effect and a preparation method thereof, and relates to an enzyme soap product and a preparation method thereof. The enzyme soap is composedof the following components in parts by weight: 10-20 parts of Inca peanut oil, 80-90 parts of olive oil, 10-20 parts of an enzyme stock solution, 1-3 parts of active protease, 1-3 parts of essence, 1-5 parts of glycerol, 0.5-2 parts of plant essential oil and 12-14 parts of sodium hydroxide. As a daily cleaning product, the enzyme soap provided by the invention is mild and non-irritating, moisturizes and protects skin, has a deep cleaning effect and a remarkable makeup removing effect, and the skin is clear, comfortable, tender and moist after use, so that the enzyme soap is suitable for allkinds of skins.

The present invention is the production process of soybean oil residue-water melon soap. During the production, soybean oil residue, 50 % concentration sulfuric acid solution and deionized water in certain proportion are heated to acidify for 4-5 hr at 95-98 deg.c inside an acidifying reactor before quiescence, discharging bottom water solution and thrice washing the acidified product with clearwater at 90-95 deg.c; the acidified product is then mixed with water melon peel extracting liquid and sodium hydroxide to produce saponification at 75-80 deg.c for 3-4 hr in a saponifying reactor, ethanol is added under stirring, and industrial surfactant, N-acyl amino acid and sodium carbonate are added under stirring with the hot product being molded as the water melon soap product. The present invention utilizes waste to produce soap and has low cost, simple production process and other features.

The invention relates to a method for analyzing and measuring etidronic acid and salts of etidronic acid in a sample. According to the method, the contents of etidronic acid and the salts of etidronic acid in hair care products and soap products are measured by applying an ion chromatography-suppressed conductivity detection method; the pretreatment of the sample is simple and convenient in operation; the method is wide in linear range, good in precision, high in accuracy, rapid and sensitive; water is mainly used as a solution of sample pretreatment and moving phase, so that the method is economical and environment-friendly; and the method has better actual application value and is suitable for daily detection of the hair care products and the soap products.

A method for incorporating high levels of emollient oils into soap, soap / synthetic combinations, or all synthetic soap products is provided. A highly stable dispersion of an emollient oil is prepared and subsequently blended into the soap composition.

The invention relates to a sculptural children's soap which is convenient for children to use and attracts children's attention. In order to overcome the shortcomings of the existing children's soap products in terms of shape and size, the sculpture-shaped children's soap has a soap body that looks like a sculpture. art reproduction. The size of the sculptural children's soap is divided according to the age of children, and there are various models to facilitate children's holding and use. Its thickness does not exceed half its apparent length. There are two types of colors, one is the same overall color, and the other is different colors according to different parts of the sculpture. Sculptural children's soap is divided into single-sided sculpture and double-sided sculpture. The other side of the single-sided sculpture is a plane, which can be printed with a plane pattern not exceeding the outer contour in a concave form. The two sides of the double-sided sculpture can be the same or different.