Personal Care & Cosmetics Analysis and Testing
Personal Care & Cosmetics We Analyze
Formulation analysis, deformulation, ingredient identification, targeted quantification and chemical abnormality investigation for cosmetics, personal care products and cosmetic raw materials.
Xinbodi Laboratories develops customized analytical workflows according to the product type, formulation matrix and project objective. By combining sample separation, chromatography, spectroscopy, elemental analysis and technical interpretation, we help clients understand cosmetic formulations, identify raw materials, compare competing products and investigate composition-related abnormalities.
Skin Care & Sun Care Products
Facial creams, Moisturizing lotions, Facial serums, Toners and essences, Eye creams, Facial masks, Body lotions, Hand creams, Cosmetic oils, Sun care products, After-sun products, Lip care products
Hair & Scalp Care Products
Shampoos, Hair conditioners, Hair masks, Hair serums, Hair oils, Scalp care products, Leave-in conditioners, Hair styling products, Hair sprays, Hair gels, Hair colorants, Permanent-wave formulations
Color Cosmetics & Nail Products
Liquid foundations, Powder foundations, Concealers, Face powders, Blushes, Eye shadows, Mascaras, Eyeliners, Lipsticks, Lip glosses, Nail polishes, Nail care formulations
Cleansing, Bath & Personal Care Products
Facial cleansers, Cleansing oils, Cleansing balms, Makeup removers, Body washes, Shower gels, Liquid soaps, Hand cleansers, Bath products, Body scrubs, Shaving products, Intimate care formulations
Fragrances & Deodorant Products
Fine fragrances, Eau de parfum, Eau de toilette, Body sprays, Fragrance oils, Perfume concentrates, Deodorant products, Roll-on deodorants, Fragrance mists, Scented personal care products
Cosmetic Raw Materials & Functional Ingredients
Surfactants, Emulsifiers, Emollients, Cosmetic oils and esters, Silicones, Thickeners and rheology modifiers, Preservatives, Antioxidants, Chelating agents, Humectants UV filters, Colorants and pigments, Fragrance ingredients, Botanical extracts, Functional active ingredients
Common Cosmetics Analysis Needs
Analyze complete cosmetic and personal care formulations through sample separation, multi-method characterization and integrated data interpretation.
Our work may include:
- Major component identification
- Oil-phase and water-phase analysis
- Surfactant and emulsifier characterization
- Emollient and silicone identification
- Thickener and polymer analysis
- Preservative and antioxidant identification
- Fragrance and volatile-component profiling
- Pigment and inorganic component analysis
- Quantitative or semi-quantitative analysis
- Cosmetic deformulation
- Product reverse engineering support
- Formulation reconstruction recommendations
The results can support competitor research, new product development, cost optimization, supplier replacement and local material substitution.
Identify unknown cosmetic raw materials, functional additives or individual formulation components.
Typical analytical targets include:
- Unknown surfactants
- Emulsifiers
- Emollients and esters
- Cosmetic oils
- Silicone ingredients
- Thickeners and polymers
- Preservatives
- Antioxidants
- Chelating agents
- Humectants
- UV filters
- Pigments and colorants
- Fragrance ingredients
- Botanical or functional extracts
Depending on the material, the result may identify a specific compound, chemical class, structural feature or likely ingredient function.
Identify or quantify a specified cosmetic ingredient, claimed active, preservative, contaminant or defined compound class.
Typical targets include:
- Specific preservatives
- UV filters
- Antioxidants
- Selected functional active ingredients
- Fragrance allergens or markers
- Organic acids
- Humectants
- Silicones
- Residual solvents
- Selected colorants
- Trace metals
- Inorganic ions
- Known impurities or degradation products
Quantitative results may be provided when suitable analytical methods and reference standards are available.
Characterize fragrance-related ingredients, volatile compounds, residual solvents and substances associated with product odor.
Typical analytical objectives include:
- Fragrance composition profiling
- Volatile ingredient identification
- Residual solvent screening
- Odor-causing compound investigation
- Supplier fragrance comparison
- Declared versus detected volatile ingredients
- New versus aged product comparison
- Normal versus abnormal odor comparison
- Volatile impurities
- Packaging- or storage-related volatile differences
The achievable identification level depends on the complexity of the fragrance system and the availability of reference information.
Compare cosmetic products or raw materials from different suppliers, production batches, formulation versions or product conditions.
Typical projects include:
- Supplier-to-supplier comparison
- Batch-to-batch comparison
- Target versus competitor product
- Original versus replacement ingredient
- Imported versus locally sourced material
- Approved versus suspect raw material
- New versus aged product
- Normal versus abnormal sample
The comparison may cover:
- Major formulation components
- Oil-phase ingredients
- Surfactant and emulsifier systems
- Preservative systems
- Fragrance profiles
- Polymer and thickener components
- Pigments and inorganic materials
- Impurities and degradation-related differences
Identify unknown materials and investigate composition differences associated with abnormal cosmetic products.
Typical samples and problems include:
- Unexpected sediment
- Precipitation or crystallization
- Insoluble particles
- Product discoloration
- Abnormal odor
- Ingredient separation
- Unexpected residue
- Foreign organic materials
- Mineral or inorganic contamination
- Packaging-related contaminants
- Raw material impurities
- Storage-related degradation products
- Supplier-related formulation differences
Xinbodi combines component analysis, reference-sample comparison and unknown-material characterization to identify possible composition-related causes and recommend further verification where necessary.
Our Customized Analytical Workflow
Cosmetic formulations may contain oils, esters, silicones, surfactants, emulsifiers, polymers, preservatives, fragrances, pigments, inorganic materials and low-level functional ingredients.
A single analytical technique is rarely sufficient for complete formulation analysis or unknown-material identification.
1. Project and Sample Review
Review the product type, known ingredient information, formulation form, comparison samples and the technical question to be answered.
2. Sample Separation and Pretreatment
Separate oil-phase, water-phase, volatile, polymeric, particulate and inorganic fractions where necessary.
For sediment or contaminant projects, the unknown material may be isolated from the cosmetic matrix before further characterization.
3. Instrumental Characterization
Select complementary analytical methods to evaluate organic ingredients, volatile compounds, polymers, colorants, ions, elements and unknown particles.
4. Targeted Verification and Comparison
Use reference standards, raw material samples, approved products, competitor samples or normal products to verify key ingredients and compare meaningful differences.
5. Integrated Reporting
Provide analytical findings, supporting evidence, quantitative or semi-quantitative information where feasible, comparison conclusions and project-specific technical interpretation.
Testing Methods for Cosmetics & Personal Care Analysis
Xinbodi selects analytical methods based on the chemical formulation, sample matrix, required detection limits and project objective. Complex industrial chemicals often require separation, targeted quantification and multiple complementary techniques.
Typical Questions We Help Answer
- What are the major ingredients in this cosmetic formulation?
- What oil-phase ingredients are used in this cream or lotion?
- Which surfactants and emulsifiers are present?
- What silicone ingredients are used in this hair or skin care product?
- What thickener or polymer system is present?
- Which preservatives are used in this formulation?
- Can a cosmetic product be deformulated?
- Can the results support cosmetic product reverse engineering?
- Can a competitor formulation be analyzed for product development?
- Is a claimed active ingredient present?
- Can a specified ingredient be quantified?
- What fragrance-related compounds are present?
- What caused an abnormal or unexpected odor?
- Are two supplier samples compositionally equivalent?
- Does a replacement raw material match the approved ingredient?
- What is the composition of an unexpected particle or sediment?
- Why has the product developed precipitation or crystallization?
- What caused the product to change color?
- Are unexpected metals or inorganic contaminants present?
- Does a locally sourced ingredient match the imported reference material?
- What chemical differences exist between the normal and abnormal product?
- Can the formulation analysis support ingredient substitution or cost optimization?
Standard projects: 5–10 working days
Rush service may be available depending on scope.
FAQs
Can you identify what causes off-odor in cosmetics?
Often yes (matrix-dependent). HS-GC/MS comparison to a reference lot is a common and effective starting point.
Do you need a reference/control sample?
Strongly recommended. Side-by-side comparisons provide faster and more defensible conclusions.
Can you identify specks or haze/sediment?
Yes. SEM-EDS + Raman/FTIR (and XRD when needed) are commonly used to identify particle composition and likely sources.
Can you test for trace metals that affect stability?
Yes (project-dependent). ICP-based screening can identify metals that catalyze oxidation or discoloration.
Can you evaluate packaging-related issues?
Yes (project-dependent). We can assess volatile profiles and residues to support odor transfer or contact-related investigations.