54 results about "Soap Product" patented technology

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 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 areformed 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 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 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 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 provides natural herb skin-care soap and a preparation method thereof. The preparation method comprises the steps that anemone, ageratum conyzoides and yarrow are taken, soaked with cold water and decocted twice by adding water, and then concentration is conducted to obtain water decoction; 2, erica flowers and michelia flowers are taken, dewatered, pulverized and screened with a sieve, and erica flower powder and michelia flowr powder are obtained; 3, coconut oil, palm oil, olive oil, dracontomelon duperreanum fruit oil and ardisia crenata fruit oil are added into a container, fully stirred, heated and then cooled by standing; 4, sodium hydroxide is slowly added into water, stirring is conducted while sodium hydroxide is added, and sodium hydroxide is completely dissolved in water; 5, the materials obtained in the step 1, the step 2 and the step 4 are all poured into the container containing the mixed oil, quick stirring is conducted while the materials are poured, a reaction is conducted, soap liquid is obtained, stirring continues until the soap liquid is thick, then the mixed soap liquid is poured into a mold, and the finished soap product is obtained. The soap has a certain bacteriostatic effect and can improve acnes and enable the skin to be moisturized, glossy and elastic.