CN109674675A - A kind of production method of anhydrous facial mask and the anhydrous facial mask using the production of infra-red drying method - Google Patents
A kind of production method of anhydrous facial mask and the anhydrous facial mask using the production of infra-red drying method Download PDFInfo
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Abstract
The invention discloses a kind of anhydrous facial masks produced using infra-red drying method, including following components: water, PEG-75 lanolin, glycerol, propylene glycol, sorb (sugar) alcohol, glucose, carbomer, agar, Sodium Hyaluronate, EDETATE SODIUM, potassium gluconate, glycine betaine, glutamic acid, lysine, serine, glycine, cysteine, tyrosine, hexylene glycol, triethanolamine；The present invention is free of preservative, and preferably guarantee human skin preserves from, and using effect is more preferable；Anhydrous facial mask is when in use, it is only necessary to add water (or other liquid) 25mL (20-30ML), soak it is rear with existing wet facial mask effect be in addition effect it is more preferable；Because anhydrous be not present Anticorrosion, the type and content of the nutrients in facial mask can add more.
Description
Technical field
The present invention relates to a kind of facial mask, specifically a kind of anhydrous facial mask and the anhydrous facial mask produced using infra-red drying method
Production method.
Background technique
Facial mask is a kind of carrier of face beautifying health keeping product, powder reconciliation at present, kaolin, non-woven fabrics, silk mask, tencel face
Film, Biofibre facial mask, nonwoven fabric facial mask material facial mask using very extensive.Superconducting film facial mask is the skill of latest generation innovation
Art.
Facial mask is a classification in skin care item.Its most basic and most important purpose is to make up makeup removing and wash one's face still
Right insufficient cleaning cooperates other essential ingredients to realize other maintenance functions, such as replenishing water and preserving moisture, beauty on this basis
White, anti-aging, Sage Extract etc..
The principle of facial mask is temporarily isolating extraneous air and pollution, improves exactly using the of short duration time for being covered on face
Skin temperature, the pore expansion of skin, promotes sweat gland secretion and metabolism, increase the oxygen content of skin, be conducive to skin
The product of epidermal cell metabolism and the oil substances of accumulation are excluded, the moisture in facial mask penetrates into the cuticula of epidermis, skin
Skin becomes soft, and skin is naturally bright flexible.
The form of facial mask mainly has mud paste type, tear-pull, gel-type, four kinds of hygenic towelette type.Mud paste type facial mask common are
Seaweed mask, sludge facial mask etc., it is exactly the dedicated nose patch of blackhead that tear-pull facial mask is most common, gel-type with sleep mask most
To be famous, hygenic towelette formula is generally exactly the face paper for infiltrating beautifying liquid of mmic package.Along with the development of beauty science and technology, out
One kind is showed with facial mask made of silk, strictly speaking, should be included into hygenic towelette type facial mask.
The facial mask (dressing) of existing hygenic towelette type must add preservative ability anti-corrosion when there is water, we are using permanent
Warm dehumidifier dry technology allows the effective component of facial mask (dressing) to retain, removes moisture removal, solve Anticorrosion, without
Add preservative.
Summary of the invention
The purpose of the present invention is to provide the systems of a kind of anhydrous facial mask using the production of infra-red drying method and the anhydrous facial mask
Make method, to solve the problems mentioned in the above background technology.
To achieve the above object, the invention provides the following technical scheme:
A kind of anhydrous facial mask produced using infra-red drying method, including following components: water, PEG-75 lanolin, glycerol, third
Glycol, sorb (sugar) alcohol, glucose, carbomer, agar, Sodium Hyaluronate, EDETATE SODIUM, potassium gluconate, glycine betaine, paddy ammonia
Acid, lysine, serine, glycine, cysteine, tyrosine, hexylene glycol, triethanolamine.
Further, a kind of anhydrous facial mask produced using infra-red drying method, by weight percentage, specific formula component
It is as follows: water: 78.8%, PEG-75 lanolin: 2%, glycerol: 5%, propylene glycol: 3%, sorb (sugar) alcohol: 5%, glucose:
1%, carbomer: 0.3%, agar: 0.5%, Sodium Hyaluronate: 0.3%, EDETATE SODIUM: 0.05%, potassium gluconate: 0.05%,
Glycine betaine: 2%, glutamic acid: 0.2%, lysine: 0.2%, serine: 0.2%, glycine: 0.2%, cysteine:
0.2%, tyrosine: 0.2%, hexylene glycol: 0.5%, triethanolamine: 0.3%.
Further, a kind of anhydrous facial mask produced using infra-red drying method, by weight percentage, specific formula component
It is as follows: water: 75.8%, PEG-75 lanolin: 5%, glycerol: 5%, propylene glycol: 3%, sorb (sugar) alcohol: 5%, glucose:
1%, carbomer: 0.3%, agar: 0.5%, Sodium Hyaluronate: 0.3%, EDETATE SODIUM: 0.05%, potassium gluconate: 0.05%,
Glycine betaine: 2%, glutamic acid: 0.2%, lysine: 0.2%, serine: 0.2%, glycine: 0.2%, cysteine:
0.2%, tyrosine: 0.2%, hexylene glycol: 0.5%, triethanolamine: 0.3%.
Further, a kind of anhydrous facial mask produced using infra-red drying method, by weight percentage, specific formula component
It is as follows: water: 75.8%, PEG-75 lanolin: 5%, glycerol: 3%, propylene glycol: 5%, sorb (sugar) alcohol: 5%, glucose:
1%, carbomer: 0.3%, agar: 0.5%, Sodium Hyaluronate: 0.3%, EDETATE SODIUM: 0.05%, potassium gluconate: 0.05%,
Glycine betaine: 2%, glutamic acid: 0.2%, lysine: 0.2%, serine: 0.2%, glycine: 0.2%, cysteine:
0.2%, tyrosine: 0.2%, hexylene glycol: 0.5%, triethanolamine: 0.3%.
Further, a kind of anhydrous facial mask produced using infra-red drying method, by weight percentage, specific formula component
It is as follows: water: 78.8%, PEG-75 lanolin: 2%, glycerol: 3%, propylene glycol: 4%, sorb (sugar) alcohol: 5%, glucose:
1%, carbomer: 0.3%, agar: 0.5%, Sodium Hyaluronate: 0.3%, EDETATE SODIUM: 0.05%, potassium gluconate: 0.05%,
Glycine betaine: 2%, glutamic acid: 0.2%, lysine: 0.2%, serine: 0.2%, glycine: 0.2%, cysteine:
0.2%, tyrosine: 0.2%, hexylene glycol: 0.5%, triethanolamine: 0.3%.
A kind of production method of anhydrous facial mask and the anhydrous facial mask using the production of infra-red drying method, comprising the following steps:
S1,80 DEG C or more of aqua sterilisa cleaning containers and related manufacture utensil are used；
S2, the distilled water that boiling point is 80-100 DEG C is prepared, and constant temperature stores, (water consumption 70%-80%)；
S3, it quantitatively conveys 80-100 DEG C of distilled water and enters and be cooled to 45-55 DEG C in mixing and blending machine；
S4, following facial mask powder: water, PEG-75 lanolin, glycerol, propylene glycol, sorb is added in siccative mixing machine
(sugar) alcohol, glucose, carbomer, agar, Sodium Hyaluronate, EDETATE SODIUM, potassium gluconate, glycine betaine, stirring are warming up to 80-85
DEG C, insulated and stirred 30 minutes, after mixing for use；
S5, when the temperature in siccative mixing machine is reduced to 40-45 DEG C, add following raw material: glutamic acid, lysine, silk
After propylhomoserin, glycine, cysteine, tyrosine, hexylene glycol, triethanolamine, continue stirring 20 minutes, after mixing for use；
S6, unlatching mixing and blending machine carry out being slowly stirred distilled water, and sequentially add what siccative mixing machine had been uniformly mixed
Facial mask powder, adds facial mask liquid charging stock, and stirring forms cream liquid；
S7, cream liquid input colloid mill is subjected to defibrination, forms facial mask slurry；
Facial mask slurry is equably applied in nonwoven surface, forming face by S8, conveying facial mask slurry to facial mask coating machine
Film pulp layer；
S9, the non-woven fabrics for having coated facial mask slurry is dried using infra-red drying equipment, infra-red drying temperature is 40-
55 DEG C, the radiant power of infra-red drying is 1500-2800W, and the radiation length of infra-red drying is 110-180mm, infra-red drying
Drying time is 30-110min；
S10, the good facial mask volume of dry disinfection is inspected by random samples, in the case where moisture content≤5%, slice molding, packed products.
Compared with prior art, the beneficial effects of the present invention are:
The present invention is free of preservative, and preferably guarantee human skin preserves from, and using effect is more preferable, moisture in dried noodle film
Detection carry out in a vacuum drying oven, use dry weight-loss method (for existing common detection methods, Baidu's understanding can be carried out)；
Anhydrous facial mask is when in use, it is only necessary to add water (or other liquid) 25mL (20-30ML), after soaking
Effect with existing wet facial mask be in addition effect it is more preferable；
Because anhydrous be not present Anticorrosion, the type and content of the nutrients in facial mask can add more.
Specific embodiment
The technical solution of the patent is explained in further detail With reference to embodiment.
A kind of anhydrous facial mask produced using infra-red drying method, including following components: water, PEG-75 lanolin, glycerol, third
Glycol, sorb (sugar) alcohol, glucose, carbomer, agar, Sodium Hyaluronate, EDETATE SODIUM, potassium gluconate, glycine betaine, paddy ammonia
Acid, lysine, serine, glycine, cysteine, tyrosine, hexylene glycol, triethanolamine.
Embodiment one, a kind of anhydrous facial mask produced using infra-red drying method, by weight percentage, specific formula component
It is as follows:
Water: 78.8%,
PEG-75 lanolin: 2%,
Glycerol: 5%,
Propylene glycol: 3%,
Sorb (sugar) alcohol: 5%,
Glucose: 1%,
Carbomer: 0.3%,
Agar: 0.5%,
Sodium Hyaluronate: 0.3%,
EDETATE SODIUM: 0.05%,
Potassium gluconate: 0.05%,
Glycine betaine: 2%,
Glutamic acid: 0.2%,
Lysine: 0.2%,
Serine: 0.2%,
Glycine: 0.2%,
Cysteine: 0.2%,
Tyrosine: 0.2%,
Hexylene glycol: 0.5%,
Triethanolamine: 0.3%.
Embodiment two, a kind of anhydrous facial mask produced using infra-red drying method, by weight percentage, specific formula component
It is as follows:
Water: 75.8%,
PEG-75 lanolin: 5%,
Glycerol: 5%,
Propylene glycol: 3%,
Sorb (sugar) alcohol: 5%,
Glucose: 1%,
Carbomer: 0.3%,
Agar: 0.5%,
Sodium Hyaluronate: 0.3%,
EDETATE SODIUM: 0.05%,
Potassium gluconate: 0.05%,
Glycine betaine: 2%,
Glutamic acid: 0.2%,
Lysine: 0.2%,
Serine: 0.2%,
Glycine: 0.2%,
Cysteine: 0.2%,
Tyrosine: 0.2%,
Hexylene glycol: 0.5%,
Triethanolamine: 0.3%.
Embodiment three, a kind of anhydrous facial mask produced using infra-red drying method, by weight percentage, specific formula component
It is as follows:
Water: 75.8%,
PEG-75 lanolin: 5%,
Glycerol: 3%,
Propylene glycol: 5%,
Sorb (sugar) alcohol: 5%,
Glucose: 1%,
Carbomer: 0.3%,
Agar: 0.5%,
Sodium Hyaluronate: 0.3%,
EDETATE SODIUM: 0.05%,
Potassium gluconate: 0.05%,
Glycine betaine: 2%,
Glutamic acid: 0.2%,
Lysine: 0.2%,
Serine: 0.2%,
Glycine: 0.2%,
Cysteine: 0.2%,
Tyrosine: 0.2%,
Hexylene glycol: 0.5%,
Triethanolamine: 0.3%.
Example IV, a kind of anhydrous facial mask produced using infra-red drying method, by weight percentage, specific formula component
It is as follows:
Water: 78.8%,
PEG-75 lanolin: 2%,
Glycerol: 3%,
Propylene glycol: 4%,
Sorb (sugar) alcohol: 5%,
Glucose: 1%,
Carbomer: 0.3%,
Agar: 0.5%,
Sodium Hyaluronate: 0.3%,
EDETATE SODIUM: 0.05%,
Potassium gluconate: 0.05%,
Glycine betaine: 2%,
Glutamic acid: 0.2%,
Lysine: 0.2%,
Serine: 0.2%,
Glycine: 0.2%,
Cysteine: 0.2%,
Tyrosine: 0.2%,
Hexylene glycol: 0.5%,
Triethanolamine: 0.3%.
Water in the present invention is deionized water；If using tap water, because containing Ca2+, Mg2+ ion, in alkaline condition
Under, the oxyhydroxide of calcium, magnesium is generated, is that a kind of cotton-shaped cohesion suspended matter often blocks pipe when being put into emulsification agitated kettle
The screen cloth of road filter causes dilute light buck to be unable to Channel Group；When consideration in the present invention is heated to ionized water and in whipping process
Evaporation, aggregate losses about 2%-3%, to accomplish stoste recovery rate 100%, 2% moisture that need to additionally add, for supplementing water
Loss.
PEG-75 lanolin in the present invention is the ethoxylated derivative of lanolin, water-soluble, is non-ionic surface
Activating agent has emulsification, dissolution, wetting and sanitary characteristics, can be applied to soap, detergent, shampoo, bubble bath and shaving soap
In, it is the lytic agent of fat, can also be used as to spread tar in skin products, be used in the present invention as emollient.
Carbomer in the present invention, Chinese nickname: polyacrylic acid；Carboxy vinyl copolymer, short rheological characteristic, high viscosity, height
Clarity, low resistance to ionic and endurance of cutting have the important uses such as thickening suspension, and simple process, stability is good, is widely used in
Lotion, cream in gel, are used as thickener in the present invention.
A kind of production method of the anhydrous facial mask using the production of infra-red drying method, comprising the following steps:
S1,80 DEG C or more of aqua sterilisa cleaning containers and related manufacture utensil are used；
S2, the distilled water that boiling point is 80-100 DEG C is prepared, and constant temperature stores, (water consumption 70%-80%)；
S3, it quantitatively conveys 80-100 DEG C of distilled water and enters and be cooled to 45-55 DEG C in mixing and blending machine；
S4, following facial mask powder: water, PEG-75 lanolin, glycerol, propylene glycol, sorb is added in siccative mixing machine
(sugar) alcohol, glucose, carbomer, agar, Sodium Hyaluronate, EDETATE SODIUM, potassium gluconate, glycine betaine, stirring are warming up to 80-85
DEG C, insulated and stirred 30 minutes, after mixing for use；
S5, when the temperature in siccative mixing machine is reduced to 40-45 DEG C, add following raw material: glutamic acid, lysine, silk
After propylhomoserin, glycine, cysteine, tyrosine, hexylene glycol, triethanolamine, continue stirring 20 minutes, after mixing for use；
S6, unlatching mixing and blending machine carry out being slowly stirred distilled water, and sequentially add what siccative mixing machine had been uniformly mixed
Facial mask powder, adds facial mask liquid charging stock, and stirring forms cream liquid；
S7, cream liquid input colloid mill is subjected to defibrination, forms facial mask slurry；
Facial mask slurry is equably applied in nonwoven surface, forming face by S8, conveying facial mask slurry to facial mask coating machine
Film pulp layer；
S9, the non-woven fabrics for having coated facial mask slurry is dried using infra-red drying equipment, infra-red drying temperature is 40-
55 DEG C, the radiant power of infra-red drying is 1500-2800W, and the radiation length of infra-red drying is 110-180mm, infra-red drying
Drying time is 30-110min；
S10, the good facial mask volume of dry disinfection is inspected by random samples, in the case where moisture content≤5%, slice molding, packed products.
The present invention is free of preservative, and preferably guarantee human skin preserves from, and using effect is more preferable, moisture in dried noodle film
Detection carry out in a vacuum drying oven, use dry weight-loss method (for existing common detection methods, Baidu's understanding can be carried out)；
Anhydrous facial mask is when in use, it is only necessary to add water (or other liquid) 25mL (20-30ML), after soaking
Effect with existing wet facial mask be in addition effect it is more preferable；
Because anhydrous be not present Anticorrosion, the type and content of the nutrients in facial mask can add more.
The preferred embodiment of the patent is described in detail above, but this patent is not limited to above-mentioned embodiment party
Formula within the knowledge of one of ordinary skill in the art can also be under the premise of not departing from this patent objective
It makes a variety of changes.
Claims (7)
1. a kind of anhydrous facial mask produced using infra-red drying method, which is characterized in that including following components: water, PEG-75 wool
Rouge, glycerol, propylene glycol, sorb (sugar) alcohol, glucose, carbomer, agar, Sodium Hyaluronate, EDETATE SODIUM, potassium gluconate, sweet tea
Dish alkali, glutamic acid, lysine, serine, glycine, cysteine, tyrosine, hexylene glycol, triethanolamine.
2. the anhydrous facial mask according to claim 1 produced using infra-red drying method, which is characterized in that with weight percent
Meter, specific formula component are as follows: water: 78.8%, PEG-75 lanolin: 2%, glycerol: 5%, propylene glycol: 3%, sorb (sugar)
Alcohol: 5%, glucose: 1%, carbomer: 0.3%, agar: 0.5%, Sodium Hyaluronate: 0.3%, EDETATE SODIUM: 0.05%, Portugal
Saccharic acid potassium: 0.05%, glycine betaine: 2%, glutamic acid: 0.2%, lysine: 0.2%, serine: 0.2%, glycine: 0.2%,
Cysteine: 0.2%, tyrosine: 0.2%, hexylene glycol: 0.5%, triethanolamine: 0.3%.
3. the anhydrous facial mask according to claim 1 produced using infra-red drying method, which is characterized in that with weight percent
Meter, specific formula component are as follows: water: 75.8%, PEG-75 lanolin: 5%, glycerol: 5%, propylene glycol: 3%, sorb (sugar)
Alcohol: 5%, glucose: 1%, carbomer: 0.3%, agar: 0.5%, Sodium Hyaluronate: 0.3%, EDETATE SODIUM: 0.05%, Portugal
Saccharic acid potassium: 0.05%, glycine betaine: 2%, glutamic acid: 0.2%, lysine: 0.2%, serine: 0.2%, glycine: 0.2%,
Cysteine: 0.2%, tyrosine: 0.2%, hexylene glycol: 0.5%, triethanolamine: 0.3%.
4. the anhydrous facial mask according to claim 1 produced using infra-red drying method, which is characterized in that with weight percent
Meter, specific formula component are as follows: water: 75.8%, PEG-75 lanolin: 5%, glycerol: 3%, propylene glycol: 5%, sorb (sugar)
Alcohol: 5%, glucose: 1%, carbomer: 0.3%, agar: 0.5%, Sodium Hyaluronate: 0.3%, EDETATE SODIUM: 0.05%, Portugal
Saccharic acid potassium: 0.05%, glycine betaine: 2%, glutamic acid: 0.2%, lysine: 0.2%, serine: 0.2%, glycine: 0.2%,
Cysteine: 0.2%, tyrosine: 0.2%, hexylene glycol: 0.5%, triethanolamine: 0.3%.
5. the anhydrous facial mask according to claim 1 produced using infra-red drying method, which is characterized in that with weight percent
Meter, specific formula component are as follows: water: 78.8%, PEG-75 lanolin: 2%, glycerol: 3%, propylene glycol: 4%, sorb (sugar)
Alcohol: 5%, glucose: 1%, carbomer: 0.3%, agar: 0.5%, Sodium Hyaluronate: 0.3%, EDETATE SODIUM: 0.05%, Portugal
Saccharic acid potassium: 0.05%, glycine betaine: 2%, glutamic acid: 0.2%, lysine: 0.2%, serine: 0.2%, glycine: 0.2%,
Cysteine: 0.2%, tyrosine: 0.2%, hexylene glycol: 0.5%, triethanolamine: 0.3%.
6. a kind of production method of any one of -5 anhydrous facial masks using the production of infra-red drying method according to claim 1,
It is characterized in that, comprising the following steps:
S1,80 DEG C or more of aqua sterilisa cleaning containers and related manufacture utensil are used；
S2, the distilled water that boiling point is 80-100 DEG C is prepared, and constant temperature stores, (water consumption 70%-80%)；
S3, it quantitatively conveys 80-100 DEG C of distilled water and enters and be cooled to 45-55 DEG C in mixing and blending machine；
S4, add following facial mask powder in siccative mixing machine: water, PEG-75 lanolin, glycerol, propylene glycol, sorb (sugar) alcohol,
Glucose, carbomer, agar, Sodium Hyaluronate, EDETATE SODIUM, potassium gluconate, glycine betaine, stirring are warming up to 80-85 DEG C, heat preservation
Stirring 30 minutes, after mixing for use；
S5, when the temperature in siccative mixing machine is reduced to 40-45 DEG C, add following raw material: glutamic acid, lysine, serine,
After glycine, cysteine, tyrosine, hexylene glycol, triethanolamine, continue stirring 20 minutes, after mixing for use；
S6, unlatching mixing and blending machine carry out being slowly stirred distilled water, and sequentially add the facial mask that siccative mixing machine has been uniformly mixed
Powder, adds facial mask liquid charging stock, and stirring forms cream liquid；
S7, cream liquid input colloid mill is subjected to defibrination, forms facial mask slurry；
S8, conveying facial mask slurry to facial mask coating machine, facial mask slurry is equably applied in nonwoven surface, forms facial mask slurry
The bed of material；
S9, the non-woven fabrics for having coated facial mask slurry is dried using infra-red drying equipment, infra-red drying temperature is 40-55
DEG C, the radiant power of infra-red drying is 1500-2800W, and the radiation length of infra-red drying is 110-180mm, and infra-red drying is done
The dry time is 30-110min；
S10, the good facial mask volume of dry disinfection is inspected by random samples, in the case where moisture content≤5%, slice molding, packed products.
7. according to claim 6 using the production method of the anhydrous facial mask of infra-red drying method production, which is characterized in that step
Non-woven fabrics in 8 is one of bamboo charcoal non-woven fabric, binchotan non-woven fabrics, 384 film cloth of Japanese imported with original packaging.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201910142982.0A CN109674675A (en) | 2019-02-26 | 2019-02-26 | A kind of production method of anhydrous facial mask and the anhydrous facial mask using the production of infra-red drying method |
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| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201910142982.0A CN109674675A (en) | 2019-02-26 | 2019-02-26 | A kind of production method of anhydrous facial mask and the anhydrous facial mask using the production of infra-red drying method |
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| Publication Number | Publication Date |
|---|---|
| CN109674675A true CN109674675A (en) | 2019-04-26 |
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ID=66197215
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|---|---|---|---|
| CN201910142982.0A Withdrawn CN109674675A (en) | 2019-02-26 | 2019-02-26 | A kind of production method of anhydrous facial mask and the anhydrous facial mask using the production of infra-red drying method |
Country Status (1)
| Country | Link |
|---|---|
| CN (1) | CN109674675A (en) |
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2019
- 2019-02-26 CN CN201910142982.0A patent/CN109674675A/en not_active Withdrawn
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