Beta Carotene Oil
Lifeworth supplies beta carotene oil for B2B buyers developing softgels, liquid supplements, oil-based foods, cosmetic oil systems, and carotenoid color applications.
- 20%, 30%, or agreed assay options can be discussed
- Suitable for softgels, oil suspensions, oil-based foods, and cosmetic oil systems
- Carrier oil options can be reviewed according to application and label needs
- COA, SDS/MSDS, TDS, and specification documents available for sourcing review
- Sample and bulk supply supported according to assay, packaging, and destination requirements
Tell us your application, target specification, and destination market so we can support grade selection, documentation review, and packaging recommendations.
Quick Specs
Identity
INCI Name
CAS Number
Molecular Formula
Molecular Weight
Quality
Assay
Grade
Standards
Assay Method
Handling
Appearance
Form
Solubility
Applications
Commercial Terms
MOQ
MOQ depends on packaging and specification.
Lead Time
3–7 working days for standard items; bulk orders by schedule.
Incoterms
EXW / FOB / CIF / DAP / DDP
Sample
Free sample (shipping charged)
Quality & Documents
COA (per batch) • SDS/MSDS • TDS/Spec sheet (on request). Additional statements depend on product and market.
Product Overview
Beta Carotene Oil is an oil-soluble carotenoid preparation commonly used in softgel, liquid nutrition, oil-based food, cosmetic, and color-oriented formulation systems.
It is usually supplied as an orange-red to dark red oil suspension with defined assay and carrier oil options, and buyers often review potency, carrier compatibility, oxidation stability, color performance, and document scope before technical or commercial evaluation.
It is commonly considered for softgels, oil suspensions, margarine, sauces, cosmetic oils, and lipid-based nutrition products, with sample support and batch documents available for sourcing reference.
Applications
Softgel Supplements
Beta carotene oil is well suited for softgel products because the oil phase can support carotenoid dispersion and lipid-based delivery. Buyers should confirm assay, carrier oil, capsule shell compatibility, oxidation stability, and filling behavior during development.
Oil-Based Food Systems
For margarine, sauces, seasonings, edible oil blends, and other lipid-containing foods, beta carotene oil can provide orange to yellow-orange color contribution and carotenoid positioning. Final color should be tested under the actual dosage, fat system, processing temperature, and storage conditions.
Liquid Nutrition Products
Beta carotene oil can be used in liquid nutrition or oil-based supplement systems where a carotenoid ingredient is required in a lipid-compatible form. The suitable specification should be selected according to target assay, dosage, carrier oil, and stability requirement.
Cosmetics & Personal Care
In cosmetic oils, creams, lotions, and oil-phase personal care systems, beta carotene oil can be considered for color contribution and carotenoid positioning. Compatibility with the oil phase, emulsifier system, fragrance, and processing temperature should be checked before scale-up.
How to Choose the Right Grade / Form
For softgel products
Recommended direction: 20% or 30% beta carotene oil. Oil suspension is generally easier to apply in softgel filling systems than standard dry powder or CWS beadlet powder.
For oil-based food applications
Recommended direction: beta carotene oil with suitable carrier oil. Carrier oil selection affects formulation compatibility, label declaration, color dispersion, and sensory performance.
For cosmetic oil systems
Recommended direction: beta carotene oil compatible with the selected oil phase. Cosmetic formulas require attention to color tone, oxidation stability, odor, carrier compatibility, and processing temperature.
For beverages or water-based systems
Recommended direction: Beta Carotene CWS Powder. Oil suspension is not the preferred route for direct water-dispersible beverage applications unless the formulation has a suitable emulsion system.
Confirm assay strength
Beta carotene oil can be supplied in 20%, 30%, or agreed assay options depending on application needs and availability. The right assay should be selected based on dosage, color intensity, formula space, stability target, and cost consideration.
Confirm carrier oil
Carrier oil should be reviewed before purchase because it may affect label claims, allergen concerns, oxidation behavior, softgel compatibility, and final product positioning.
Confirm oxidation and processing requirements
For oil-based carotenoid systems, oxidation stability is a key sourcing and formulation factor. Buyers should review packaging, antioxidant system, heat exposure, headspace, storage condition, and final product shelf-life expectations.
Technical & Formulation Notes
Technical Notes
Beta carotene oil is mainly evaluated by assay strength, carrier oil type, appearance, oil compatibility, oxidation stability, and color performance in the final system.
Because beta carotene is sensitive to light, oxygen, and heat, buyers should review packaging, antioxidant system, storage conditions, and processing exposure before bulk purchase.
Manufacturing & Process
Beta carotene oil is typically prepared by dispersing or dissolving beta carotene into a suitable carrier oil, with stabilization support depending on the target specification and application.
Carrier selection may affect label declaration, mouthfeel, oxidative stability, softgel compatibility, and regional market acceptance.
Compatibility / Formulation Notes
For softgels, beta carotene oil should be tested for filling behavior, capsule compatibility, sedimentation, viscosity, and oxidation stability.
For oil-based foods, final color performance depends on dosage, fat system, processing temperature, mixing conditions, and storage exposure.
For cosmetic systems, compatibility with oils, emulsifiers, fragrances, antioxidants, and heat-processing steps should be evaluated before scale-up.
For water-based products, beta carotene oil is generally not the first choice unless the formula uses an emulsion system; beta carotene CWS powder may be more suitable.
During storage and handling, beta carotene oil should be protected from strong light, oxygen, heat, moisture contamination, and prolonged open-air exposure.
Extended QC & Test Items
Common review items include appearance, identification, assay, loss on drying or volatile matter, heavy metals, peroxide value or oxidation-related indicators where applicable, microbiology, and batch documentation.
Additional tests can be discussed according to carrier oil, destination market, and buyer specification requirements.
Product specifications
| Test | Specification | Method |
|---|---|---|
| Appearance | Orange-red to dark red oil | Visual |
| Identification | Conforms to agreed specification | Per specification |
| Assay | 20% / 30% or agreed specification | HPLC / Per specification |
| Carrier Oil | Per agreed specification | Per specification |
| Loss on Drying / Volatile Matter | Per agreed specification | Per specification |
| Peroxide Value | Per agreed specification | Per specification |
| Heavy Metals | Per agreed specification | Per specification |
| Lead | Per agreed specification | Per specification |
| Arsenic | Per agreed specification | Per specification |
| Cadmium | Per agreed specification | Per specification |
| Mercury | Per agreed specification | Per specification |
| Total Plate Count | Per agreed specification | Per specification |
| Yeast & Mold | Per agreed specification | Per specification |
| E. coli | Negative or per specification | Per specification |
| Salmonella | Negative or per specification | Per specification |
| Documents | COA, SDS/MSDS, TDS available | Reference |
Storage, Shelf Life & Packaging
Storage
Store beta carotene oil in a tightly sealed original container, protected from light, heat, oxygen, moisture contamination, and strong odors.
After opening, the package should be resealed immediately, and headspace exposure should be minimized to help reduce oxidation and color degradation risk.
Shelf Life
Shelf life depends on assay, carrier oil, antioxidant system, packaging, and storage conditions.
Standard shelf life should be reviewed according to the agreed specification and batch COA.
Buyers should avoid prolonged exposure to air, direct sunlight, and high-temperature processing unless stability has been verified in the final formulation.
Packaging & Logistics
Sample Packing
Small samples can be arranged for softgel trial, oil-phase compatibility testing, color evaluation, and document review. For food or cosmetic applications, testing in the final oil system is recommended before bulk order confirmation.
Bulk Packing
Bulk packing can be supplied in bottles, aluminum containers, drums, or other suitable packaging according to order quantity and product specification. Packaging should help reduce light, oxygen, and heat exposure during storage and transport.
Customization
Assay strength, carrier oil, packaging, and document scope can be discussed according to softgel, oil-based food, cosmetic, or liquid nutrition project needs. For projects requiring dry handling or water dispersibility, beta carotene powder or beta carotene CWS powder can be reviewed as alternative routes.
Logistics & Documents
COA, SDS/MSDS, TDS, specification sheet, packing information, and other available documents can be provided for buyer review. Export documents can be arranged according to order terms, shipping route, and destination requirements.
Supply, Documentation & Customization
Documents & Compliance
COA, SDS/MSDS, and TDS/spec sheet available based on product and market requirements.
Customization & Private Label
Custom packing, private label, and labeling support available depending on product type and order scope.
Commercial Support
Sample, lead time, and incoterm options can be discussed according to destination market and supply plan.
Why Source From Lifeworth
Defined spec clarity
We support beta carotene oil supply based on assay, carrier oil, application route, and document requirements, helping buyers compare suitable specifications before purchase.
Customizable key target
Assay level, carrier oil, packaging, and document scope can be discussed according to softgel, oil-based food, cosmetic, or liquid nutrition project needs.
Batch documentation support
COA, SDS/MSDS, TDS, and specification documents are available to support formulation review, supplier qualification, and import preparation.
Export-ready bulk supply
Sample and bulk orders can be supported with practical packaging, logistics coordination, and document preparation for international B2B sourcing.
FAQ
1) What assay options of beta carotene oil can you supply?
We can discuss 20%, 30%, or other agreed assay options depending on application requirements, stock status, and buyer specification.
2) What carrier oils are available?
Carrier oil options may include sunflower oil, soybean oil, palm oil, or other agreed carriers depending on product route and availability. Buyers should confirm carrier requirements before quotation and sample review.
3) Is beta carotene oil suitable for softgels?
Yes. Beta carotene oil is commonly considered for softgel applications because it is already in an oil-compatible form. Filling behavior, capsule compatibility, viscosity, and oxidation stability should be tested before commercial production.
4) Can beta carotene oil be used in beverages?
Beta carotene oil is not usually the first choice for direct water-based beverage systems unless the formula uses a suitable emulsion process. For water-dispersible beverage applications, beta carotene CWS powder is usually more suitable.
5) What is the difference between beta carotene oil and beta carotene powder?
Beta carotene oil is designed for softgels, oil suspensions, oil-based foods, and cosmetic oil systems. Beta carotene powder is more suitable for capsules, tablets, dry blends, and powder premixes.
6) How should beta carotene oil be stored?
It should be stored in a sealed container away from light, heat, oxygen, and moisture contamination. After opening, the package should be resealed quickly and headspace exposure should be minimized to protect color and assay stability.
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