Helen Frankenthaler Foundation

Sustainable Extracts Supplier

Cosmetic Raw Material - China Cosmetic Raw Material Manufacturers Suppliers Factory

FZBIOTECH:Professional Cosmetic Raw Material Supplier in China!

FZBIOTECH is short for Xi’an Fengzu Biological Technology Co., Ltd, specializing in manufacturing the raw material of plant powder, plant extract, plant oil and biological pesticide products, OEM is also available.

Quality Raw Material

To ensure the product quality, we have our own raw material planting base, which provides us with pure natural plant raw materials without pollution and pesticide residues. This helps us ensure supply security and ensure high-quality raw material quality in the long term.

Advance Equipment

We have set up a state-of-the-art Analytical Laboratory to carry out various types of analysis as well as R&D work related to Herbal products. It is equipped with the latest high-performance instruments such as HPLC, UV visible spectrophotometer and Gas chromatography (GC) to keep control on solvent residuals to meet customer’s satisfactions.

Complete Qualifications

We are an ISO9001, GMP, FDA, HALAL, KOSHER and food production license certified company, our production capacity is 3000 tons/year. And there are 10 sets extraction equipment in our workshops to deliver quality products.

Professional R&D Team

We employ a professional staff of natural product chemists, pharmacognosists, microbiologists and herbalists. Whether you are looking for plant powder, plant extract, plant oil and biological pesticide products, we can provide you with high-quality one-stop product services.

Introduction of Cosmetic Raw Material

There are several raw materials for producing cosmetics ingredients, such as functional and structural ingredients. Functional ingredients ensure the basic functionality of the products. These include water, surfactants, emollients, etc. Emollients are conditioners and softening agents for the epidermis. They create a barrier on the epidermis that prevents moisture depletion. In cleaning products, surfactants are incorporated to generate lather. In addition, they facilitate the emulsification of oil- and water-based substances. To enhance stability, cosmetic formulations include stabilizing ingredients. They help preserve a product's integrity and prevent it from degrading. Preservatives are employed in cosmetics to inhibit the development of bacteria and fungi while also extending the expiration life of the product.

Different Categories of Cosmetic Raw Materials

Functional

Functional cosmetic ingredients are ones which actually have an effect on the body that the formulator wishes. You cannot make a useful cosmetic product without including at least one functional ingredient. However, you could make an entire cosmetic using just one functional ingredient. Vaseline has built a huge brand on a single functional ingredient cosmetic (Petrolatum).

Functional ingredients include cleansers, conditioning agents, colorants, fragrances, reactive ingredients, film formers, and drug actives. Every cosmetic you’ve ever used or made has at least one functional ingredient.

Incidentally, functional ingredients are the ones that cosmetic chemists most want new raw material suppliers to make. The number of significantly different functional ingredients has not increased in many years. I suppose because it’s hard to create a really new functional ingredient. Here are some examples of functional ingredients:

  • Water: The most prevalent functional ingredient in cosmetic formulations is water. Many cosmetic products use it as a foundation.
  • Thickeners: Thickeners are used to improve a product’s viscosity, making it simpler to apply and giving it a more luscious texture. Carbomers and xanthan gum are two examples of thickeners.
  • Emollients: Emollients are skin moisturizers and softeners. They form a protective barrier on the skin, preventing moisture loss. Shea butter and jojoba oil are examples of emollients.
  • Surfactants: Surfactants are used in cleansing products to create lather. They also aid in the emulsification of oil and water-based substances. Surfactants such as sodium lauryl sulfate and cocamidopropyl betaine are examples of surfactants.

Aesthetic Modifiers

The most common and abundant type of cosmetic raw material is aesthetic modifiers. These are ingredients which help to make delivery of the functional ingredients more acceptable. They are the compounds that help the ingredients spread, dilute the ingredients, make them more stable, and improve the look and feel of the overall product. The sub-category of aesthetic modifiers includes solvents, cosmetic thickeners and stabilizers, preservatives, fragrances, pH adjusters, plasticizers, fillers, appearance modifiers, anti-oxidants, anti-irritants, and delivery systems.

When you look at the ingredient list of most cosmetics, most of the ingredients are aesthetic modifiers. Since these ingredients don’t have any functional benefit formulators try to minimize the amount of aesthetic modifiers used. This helps keep costs down and simplifies production. However, these ingredients do play a crucial role in the creation & experience of using a personal care product so it’s important for a formulator to have a thorough knowledge of them. Examples of structural ingredients are as follows:

  • Viscosity modifiers: Are ingredients that alter the viscosity of a product. They can be used to thicken or thin a product depending on the intended result. Gums, cetyl alcohol, stearic acid, and carnauba wax are examples of viscosity modifiers.
  • Film formers: These ingredients are used to generate a protective barrier on the skin. They aid to keep the skin moisturized by preventing moisture loss. Acrylates and polymers are examples of film formers.
  • Preservatives: Preservatives are used in cosmetic formulations to prevent the growth of bacteria and fungi. They help in the extension of a product’s shelf life. Preservatives such as phenoxyethanol and parabens are examples of preservatives.
  • Acids: Are used to reduce the pH of a substance. They contribute to the formation of an acidic environment that is unfriendly to bacteria and fungi. Citric acid and lactic acid are two examples of acids.
  • Bases: Are used to increase the pH of a substance. They contribute to the formation of an alkaline environment that is unfriendly to bacteria and fungi. Potassium hydroxide and sodium hydroxide are two examples of bases.

Claims Ingredients

While people use cosmetics to improve the way their skin and hair looks and feels, this isn’t the primary reason that they buy cosmetics. Consumers buy cosmetics because they like the story that the product tells. They like the packaging or the way that the product looks and smells. And to help support the marketing story and the claims made about the product, formulators have to include claims ingredients.

Claims ingredients (sometimes called fairy dust) are ingredients added to a formula at a low level for the primary purpose of getting to put the ingredient name on the label. This includes ingredients like natural extracts, vitamins, proteins, biotechnology, and fanciful made-up ingredient names. They are not put in the formulas to have any measurable effect and almost invariably they don’t. However, most consumers need a story to believe when they buy their cosmetics and these ingredients help support that story. Brands that don’t include claims ingredients are much less successful in the marketplace. Examples of added extras include:

  • Extracts: Are used to tell the brand’s story. They are added to a product to create a distinguishing feature. Green tea extract and aloe vera extract are two examples of extracts.
  • Fragrances: Fragrances are used to give a product a nice fragrance. They contribute to the product’s sensory appeal, making it more appealing to consumers. Fragrances can be generated from natural or synthetic sources, and they are normally used sparingly.
  • Preservatives: Preservatives are added to cosmetic formulations to prevent microbial growth and increase the product’s shelf life. Parabens, formaldehyde releasers, and benzyl alcohol are common preservatives used in cosmetic items.
  • Acids and bases: Are ingredients that are used to change the pH of a product. The pH of a cosmetic product is crucial since it can alter the product’s stability and efficacy. Acidic products, for example, are better for exfoliating and treating acne, whilst alkaline ones are better for hydrating and curing dry skin. Citric acid and lactic acid are prominent acids included in cosmetic products, while sodium hydroxide and triethanolamine are popular bases.

Lists of Cosmetic Raw Materials

Acids

Citric acid and lactic acid are multifunctional components that can be used efficiently as exfoliants, pH balancers, and preservatives in cosmetics. Highly active, specialty ingredients to increase skin and hair products ‘ power and effectiveness.

Active Ingredients

From ingredients that exfoliate, soothe, hydrate and revitalize to those that nourish skin cells and protect them from free radical damage.

  • SPF Boosting -zinc oxide, titanium dioxide, avobenzone, oxybenzone, vitamin A/retinoids, vitamin C, natural vitamin E, d-alpha Tocopherol
  • Dryness: Hyaluronic acid, vitamin E
  • Pigmentation issues: Kojic acid, AHAs, BHA, hydroquinone, vitamin C, Sodium Ascorbyl Phosphate, Magnesium Ascorbyl Phosphate, Kojic Acid, Dipalmitate, Niacinamide, Alpha Arbutin, Beta Arbtun
  • Acne: Vitamin A/retinoids, salicylic acid, benzoyl peroxide, azelaic acid.

Alkalis

Alkaline components are often used to adjust pH concentrations as buffering agents. Did you know that the fun and creativity of bath bombs also include sodium bicarbonate.

Amino Acids

Surfactant Anions & Bases of Shampoo: Provide offer a range of surfactants for both hair and skincare products for those partly lathered; perfect for shampoos, skin cleansers, bubble baths or body washing.

Anti-Dandruff: The non-toxic compound used as a gentle alternative to zinc pyrithione in anti-dandruff shampoos. Piroctone Olamine is safe!

Silicones

Silicones are key ingredients in any formulations. It giv