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Professional Grade Cosmetic C33802

Description

The use of titanium dioxide in the cosmetics industry
Titanium dioxide (titanium dioxide) is widely used in cosmetics, as follows:
Skin care products, including various creams, lotions, oils, aerosol mousses, etc.Color cosmetics, including powder (powder, powder, powder paper, etc.), foundation cream (emulsion, oil, gel, aerosol, etc.), rouge, lipstick (lipstick, lip liner)

Alumina-coated. The refractive index of Al₂O₃ (~1.76) is closer to that of TiO₂ (~2.76). After coating, it does not significantly reduce the light-scattering efficiency of TiO₂, thereby maximizing the retention of high whiteness and covering power. This characteristic is crucial in cosmetic whitening and concealing products. The hydroxyl groups on the alumina coating layer form hydrogen bonds with water molecules, enabling rapid dispersion and reducing agglomeration, which helps prevent a grainy texture or separation in the formulation

Product Description

The use of titanium dioxide in the cosmetics industry
Titanium dioxide (titanium dioxide) is widely used in cosmetics, as follows:
Skin care products, including various creams, lotions, oils, aerosol mousses, etc.
Color cosmetics, including powder (powder, powder, powder paper, etc.), foundation cream (emulsion, oil, gel, aerosol, etc.), rouge, lipstick (lipstick, lip liner)
Eyeshadow, eyeliner, mascara, mascara pencil
Nail polish, nail care agent, nail polish, etc.
1. Water-based cosmetic grade titanium dioxide
Water-based titanium dioxide is widely used in the field of cosmetics for its beauty effects due to its stable chemical properties, high refractive index, high opacity, high hiding power, good whiteness, and nontoxicity.
Performance features:
(1). High whiteness and strong covering power.
(2). Hydrophilic and lipophilic products overcome the shortcomings of general titanium dioxide being difficult to disperse and easy to precipitate in their respective dispersion systems, and highlight its dispersion and anti-precipitation properties, making your products more stable and satisfactory.
(3). Strong weather resistance and suitable for the system.
(4). Good compatibility with other raw materials of cosmetics.
How to use and dosage:
(1). Fully disperse the powder into the medium, and then add it to the use system. Ensure uniform dispersion after addition.
(2). Widely used in creams, pink pearl creams, and facial masks.
2. Oily cosmetic grade titanium dioxide
Oily titanium dioxide is made of fine inorganic functional materials compounded by technology. It has small particle size, large specific surface area, no side effects, and high chemical stability. After being coated with inorganic and organic products, three series of products are formed: hydrophilic and hydrophobic, which are suitable for all types of cosmetics.
Product Description:
(1).The appearance of this product is white powder.v (2).Due to its uniform particle size, stable dispersion, and smooth and delicate hand feel after addition, it is an ideal material for the replacement of current cosmetics.
Instructions:
It is suitable for use in various cosmetics such as cream, water, skin lotion, facial cleanser, foundation cream, lipstick, curium ointment, etc. It can not only fully resist the damage of ultraviolet rays UVA and UVB, but also keep the skin's original delicate beauty.
It can also be mixed with various pearlescent pigments in cosmetics to form a variety of gorgeous and charming colors.

Product Parameters

Items Methods Specifications Units Results
Physical and chemical properties
Characteristic Visual White powder Conforms
325 mesh Retention 2015 edition of cosmetic safety technology management standard & FDA 73.257 ,E171 Max.0.5 % <0.5
Lightening power Min.95 % 96.6
Assay(TiO2) Min.98.0 % 99.30%
Loss on drying(1.0g,105°C,3Hrs) Max.0.5 % 0.33%
Loss on ignition(1.0g,800°C) Max.0.5 % 0.26%
Water soluble substance Max.0.25 % Conforms
Acid soluble substance Max.0.5 % Conforms
ferric salt Max.0.02 % Conforms
Lead(Pb) Max.10 ppm <10
Arsenic(As) Max.2 ppm <2
Antimony(Sb) Max.5 ppm <5
Mercury(Hg) Max.1 ppm <1
Cadmium(Cd) Max.5 ppm <0.5
Microorganism
The total number of aerobe 2015 edition of cosmetic safety technology management standard & FDA 73.257 ,E171 Max.100 cfu/g Conforms
Mold and yeast counts Max.20 cfu/g Conforms
Escherichia coli Not detected Conforms
Conclusion Complies with 2015 edition of cosmetic safety technology management standard & FDA 73.2575,E171.
Remark:The item marked with*is our internal control index

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