Propolis perfumed soap and preparation method of propolis perfumed soap

Abstract

The invention relates to the technical field of perfumed soap, in particular to propolis perfumed soap and a manufacturing method of the propolis perfumed soap. The propolis perfumed soap comprises a basic component, propolis and an auxiliary material, the propolis is processed propolis, and the processed propolis is prepared by the following steps: S1, weighing raw propolis, and heating and melting the raw propolis to obtain first-step propolis; s2, adding sodium hydrogen phosphate into the first-step propolis obtained in the step S1, and uniformly stirring to obtain second-step propolis; s3, placing the second-step propolis obtained in the step S2 to obtain third-step propolis; s4, adding acetic acid of which the mass is 3-5% of that of the original propolis into the propolis obtained in the step S3; s5, obtaining fifth-step propolis from the fourth-step propolis obtained in the step S4; and the water-based paint has the advantages of higher durability and difficulty in soaking rotten when being soaked in water. The invention also provides a preparation method of the propolis perfumed soap.

Description

Technical Field

[0001] The invention relates to the technical field of soaps, in particular to propolis soap and a method for making the propolis soap. Background Art

[0002] In a patent document with publication number "CN101215495B" and name "A Bee Bio-Soap", a bee bio-soap is disclosed, which contains a soap base and propolis, and has strong skin disinfection, itching and desensitization and dermatitis treatment effects. However, the propolis used is unprocessed propolis and has the disadvantage of poor durability. Such soap is also not resistant to water immersion.

[0003] For another example, in a patent document with publication number "CN103468440B" and name "A whitening and moisturizing soap", a whitening and moisturizing soap is disclosed, which contains a soap base and propolis, has the effects of moisturizing the skin and preventing melanin precipitation, is natural and non-irritating, and is suitable for sensitive skin. However, the propolis used is also unprocessed propolis, which has the disadvantage of poor durability and is easily rotten when soaked in water. Summary of the invention

[0004] The purpose of the present invention is to provide a propolis soap which is more durable and less susceptible to water immersion and a method for making the propolis soap in view of the above-mentioned disadvantages.

[0005] The technical solution of the propolis soap of the present invention is achieved as follows: the propolis soap comprises a basic component, propolis and auxiliary materials, wherein the basic component comprises soap material, the basic component is soap grains or lipids and alkali solution, the auxiliary materials are spices and preservatives, and the mass ratio of the basic component to the propolis is 100:4-7; the propolis is characterized in that the propolis is processed propolis, and the processed propolis is obtained by the following method: S1: weighing raw propolis, heating the raw propolis to 85-90° C. to melt it, and obtaining the first step propolis; S2: adding 5-7% sodium hydrogen phosphate of the mass of the original propolis to the first step propolis obtained in the above step S1, and stirring evenly to obtain the second step propolis; S3: placing the second-step propolis obtained in the above step S2 at 70-80° C. for 60-90 minutes to obtain the third-step propolis; S4: adding 3-5% acetic acid of the mass of the original propolis to the third-step propolis obtained in the above step S3, stirring evenly, to obtain the fourth-step propolis; S5: The fourth-step propolis obtained in the above step S4 is placed at 70-80° C. for 60-90 minutes to obtain the fifth-step propolis.

[0006] The fifth step of propolis is to process propolis.

[0007] Preferably, the processed propolis is the lower part of the molten propolis in the fifth step.

[0008] The present invention also provides a method for making propolis soap, comprising the following steps: S1: weighing raw propolis, heating the raw propolis to 85-90° C. to melt it, and obtaining the first step propolis; S2: adding 5-7% sodium hydrogen phosphate of the mass of the original propolis to the first step propolis obtained in the above step S1, and stirring evenly to obtain the second step propolis; S3: placing the second-step propolis obtained in the above step S2 at 70-80° C. for 60-90 minutes to obtain the third-step propolis; S4: adding 3-5% acetic acid of the mass of the original propolis to the third-step propolis obtained in the above step S3, stirring evenly, to obtain the fourth-step propolis; S5: The fourth-step propolis obtained in the above step S4 is placed at 70-80° C. for 60-90 minutes to obtain the fifth-step propolis.

[0009] S6: Mix, heat, stir and shape the soap material, propolis and auxiliary materials.

[0010] The beneficial effects of the present invention are that the soap has the advantages of being more durable and not easily soaked in water. DETAILED DESCRIPTION

[0011] The present invention will be further described below in conjunction with the embodiments.

[0012] The present invention uses processed propolis, and the processed propolis is obtained by the following steps: S1: weighing raw propolis, heating the raw propolis to 85-90° C. to melt it, and obtaining the first step propolis; S2: adding 5-7% sodium hydrogen phosphate of the mass of the original propolis to the first step propolis obtained in the above step S1, and stirring evenly to obtain the second step propolis; S3: placing the second-step propolis obtained in the above step S2 at 70-80° C. for 60-90 minutes to obtain the third-step propolis; S4: adding 3-5% acetic acid of the mass of the original propolis to the third-step propolis obtained in the above step S3, stirring evenly, to obtain the fourth-step propolis; S5: The fourth-step propolis obtained in the above step S4 is placed at 70-80° C. for 60-90 minutes to obtain the fifth-step propolis.

[0013] In the following examples, a soap is prepared, wherein the soap contains a base material, propolis and auxiliary materials, wherein the auxiliary materials include spices and preservatives, and the base material is soap particles or saponifiable raw materials, for example, the saponifiable raw materials are alkali and lipids, and the steps for synthesizing the soap are steps in the prior art, for example: The basic steps in making soap include preparing materials, making lye, mixing oils and fats, heating, adding additives, stirring and pouring into molds, solidifying and demoulding. First, prepare the materials needed to make soap, including base oils (such as olive oil, coconut oil, palm oil), sodium hydroxide or potassium hydroxide, purified water, fragrance or essential oils, and any desired additives (such as milk, honey, vegetable oil, etc.).

[0014] Next, make lye by gradually dissolving sodium hydroxide in pure water and cooling the dissolved lye to room temperature for later use.

[0015] Next, mix the base oil and heat it to about 50°C to make it mixable. Slowly pour the lye solution into the oil while stirring constantly until the mixture reaches the desired consistency.

[0016] Next, you can add flavors, honey and other additives according to your personal preference. After stirring evenly, continue heating until the oil is completely dissolved and the sodium hydroxide is fully reacted.

[0017] Finally, pour the mixed soap liquid into the mold and let it solidify naturally, which usually takes 2-3 hours, and then it can be demoulded and cut into the desired shape and size to get the soap.

[0018] Another example: Soap particles, spices, pigments, propolis and other functional materials are mixed, heated to 60°C in a sandwich pot, poured into a mold, cooled and formed to obtain soap.

[0019] Example 1 To prepare the soap, the mass ratio of the basic component to the propolis is 100:4-7; the propolis used is native propolis, that is, propolis that has not been chemically processed, to obtain the first soap.

[0020] Example 2 To prepare the soap, the mass ratio of the basic component to the propolis is 100:4-7; the propolis used is the fifth-step propolis obtained in the above steps, and the second soap is obtained.

[0021] Example 3 To prepare the soap, the mass ratio of the basic component to propolis is 100:4-7; the propolis used is the lower 2 / 3 part of the molten propolis glue liquid obtained in the fifth step in the above steps, and the third soap is obtained.

[0022] Example 4 To prepare the soap, the mass ratio of the basic component to propolis is 100:4-7; the propolis used is the lower 1 / 3 of the propolis molten state glue liquid obtained in the fifth step in the above steps, and the fourth soap is obtained.

[0023] In the above embodiment, other auxiliary materials of 4-15% by weight of propolis may be added, such as extracts, essences, composite functional materials, etc. of various plants, and the following effects are basically similar.

[0024] The following table is a comparison of the durability and water immersion of several soaps:

[0025] Summary: Using the processed propolis mentioned above and adding it to soap can make the soap more durable and less prone to wear and tear; adding such propolis to soap can also make the soap less likely to become rotten when soaked in water.

[0026] The use of the propolis at the bottom of the molten propolis liquid in the fifth step is like this, that is, the propolis at the top of the molten propolis liquid in the fifth step is not used. The more the propolis at the bottom of the molten propolis liquid in the fifth step is used to make the soap, the more beneficial it is to improve the durability and soaking resistance of the soap.

[0027] The use of processed propolis has a better effect in relieving itching, and the use of the processed propolis layered underneath has a better effect in relieving itching, that is, the propolis layered underneath has a better effect in relieving itching.

[0028] The present invention also provides a method for making propolis soap, comprising the following steps: S1: weighing raw propolis, heating the raw propolis to 85-90° C. to melt it, and obtaining the first step propolis; S2: adding 5-7% sodium hydrogen phosphate of the mass of the original propolis to the first step propolis obtained in the above step S1, and stirring evenly to obtain the second step propolis; S3: placing the second-step propolis obtained in the above step S2 at 70-80° C. for 60-90 minutes to obtain the third-step propolis; S4: adding 3-5% acetic acid of the mass of the original propolis to the third-step propolis obtained in the above step S3, stirring evenly, to obtain the fourth-step propolis; S5: The fourth-step propolis obtained in the above step S4 is placed at 70-80° C. for 60-90 minutes to obtain the fifth-step propolis.

[0029] S6: Mix, heat, stir and shape the soap material, propolis and auxiliary materials.

[0030] Example 5 S1: weighing raw propolis, heating the raw propolis to 87° C. to melt it, and obtaining the first step propolis; S2: adding 6% sodium hydrogen phosphate of the mass of the original propolis to the first step propolis obtained in the above step S1, stirring evenly, to obtain the second step propolis; S3: placing the second-step propolis obtained in the above step S2 at 75° C. for 75 minutes to obtain the third-step propolis; S4: Add 4% acetic acid by weight of the original propolis to the third-step propolis obtained in the above step S3, stir evenly, and obtain the fourth-step propolis; S5: The fourth-step propolis obtained in the above step S4 is placed at 75° C. for 75 minutes to obtain the fifth-step propolis.

[0031] The fifth-step propolis obtained in this way can be used in the production of soap to achieve the advantage of the strongest durability and the advantage of longer anti-immersion time.

[0032] The present invention also provides a propolis processing method: S1: weighing raw propolis, heating the raw propolis to 85-90° C. to melt it, and obtaining the first step propolis; S2: adding 5-7% sodium hydrogen phosphate of the mass of the original propolis to the first step propolis obtained in the above step S1, and stirring evenly to obtain the second step propolis; S3: placing the second-step propolis obtained in the above step S2 at 70-80° C. for 60-90 minutes to obtain the third-step propolis; S4: adding 3-5% acetic acid of the mass of the original propolis to the third-step propolis obtained in the above step S3, stirring evenly, to obtain the fourth-step propolis; S5: The fourth-step propolis obtained in the above step S4 is placed at 70-80° C. for 60-90 minutes to obtain processed propolis.

Claims

1. Propolis soap, comprising a basic component, propolis and auxiliary materials, wherein the basic component comprises soap material, the basic component is soap grains or lipids and alkali solution, the auxiliary materials are spices and preservatives, and the mass ratio of the basic component to propolis is 100:4-7; characterized in that: The propolis is processed propolis, and the processed propolis is obtained by the following method: S1: weighing raw propolis, heating the raw propolis to 85-90° C. to melt it, and obtaining the first step propolis; S2: adding 5-7% sodium hydrogen phosphate of the mass of the original propolis to the first step propolis obtained in the above step S1, and stirring evenly to obtain the second step propolis; S3: placing the second-step propolis obtained in the above step S2 at 70-80° C. for 60-90 minutes to obtain the third-step propolis; S4: adding 3-5% acetic acid of the mass of the original propolis to the third-step propolis obtained in the above step S3, stirring evenly, to obtain the fourth-step propolis; S5: placing the fourth-step propolis obtained in the above step S4 at 70-80° C. for 60-90 minutes to obtain the fifth-step propolis; The fifth step of propolis is to process propolis.

2. The propolis soap according to claim 1, wherein: The processed propolis is the lower part of the propolis molten state glue liquid in the fifth step.

3. A method for making propolis soap; comprising the following steps: S1: weighing raw propolis, heating the raw propolis to 85-90° C. to melt it, and obtaining the first step propolis; S2: adding 5-7% sodium hydrogen phosphate of the mass of the original propolis to the first step propolis obtained in the above step S1, and stirring evenly to obtain the second step propolis; S3: placing the second-step propolis obtained in the above step S2 at 70-80° C. for 60-90 minutes to obtain the third-step propolis; S4: adding 3-5% acetic acid of the mass of the original propolis to the third-step propolis obtained in the above step S3, stirring evenly, to obtain the fourth-step propolis; S5: placing the fourth-step propolis obtained in the above step S4 at 70-80° C. for 60-90 minutes to obtain the fifth-step propolis; S6: Mix, heat, stir and shape the soap material, propolis and auxiliary materials.

4. A method for processing propolis: S1: weighing raw propolis, heating the raw propolis to 85-90° C. to melt it, and obtaining the first step propolis; S2: adding 5-7% sodium hydrogen phosphate of the mass of the original propolis to the first step propolis obtained in the above step S1, and stirring evenly to obtain the second step propolis; S3: placing the second-step propolis obtained in the above step S2 at 70-80° C. for 60-90 minutes to obtain the third-step propolis; S4: adding 3-5% acetic acid of the mass of the original propolis to the third-step propolis obtained in the above step S3, stirring evenly, to obtain the fourth-step propolis; S5: The fourth-step propolis obtained in the above step S4 is placed at 70-80° C. for 60-90 minutes to obtain processed propolis.

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