Brands results

MIRASIL™​ silicones are used in a wide range of care and cosmetic applications to offer performance and comfort to consumers. For hair care, they are used in shampoos and conditioners to protect and repair, enhance gloss and body, reduce frizz and preserve color. In skin care, they provide a soft and silky emolliency, while being breathable but water repellent in sun-screens and boosting SPF. In antiperspirants and deodorants, they are easy to spread, feel warm and dry on the skin and provide anti-whitening protection. In cosmetics, they spread easily and evenly with a silky and powdery feel while enriching colors and they are safe to use even on the most delicate skin.

Saponins are naturally occurring high-molecular-weight glycosides with distinct foaming characteristics. They are found in many plants, but get their name from the soapwort plant. Bio-Saponins„¢ is a proprietary blend of sarsaparilla root, wild yam root, quillaja root and yucca root.

MAKON® UD-Series of products are fast wetters due to their C11 branched carbon chain. They are faster wetters than nonylphenol ethoxylates (NP) and tridecyl alcohol ethoxylates (TDA). They also have good initial foam height with fast foam break, useful in applications like industrial clean-in-place and laundry.

Amphi® is a line of 100% fermentation-produced, TSCA-approved* and REACH registered biosurfactants that utilize the unique properties of sophorolipids (SLP) - a type of biosurfactant in the glycolipid class. These biosurfactants can be tailored for use in a variety of industrial applications, by acting as dispersants, emulsifiers, wetting agents and more.Amphi® biosurfactants:USDA certified 100% biobasedReadily biodegradableNo prop 65 issues & no 1,4-dioxaneNon-GMO & palm oil freeLow carbon footprint*Amphi® M TSCA-approved, Amphi® CL & CH TSCA pending.

Glutamate and sarcosinate salts are anionic amino acid bases surfactants that are used in cosmetics as mild surfactants with a lower irritation potential compared to other surfactants. Sarcosinates are also available in free acid form. Main application areas in cosmetics are: skin, hair and oral hygiene products, and in addition soap production; further application areas are sunscreens and creams. Besides the application in cosmetics these surfactants are also used in household, I&I and industrial products, e.g. as corrosion inhibitors in lubricants or metal working fluids, as rust preventatives, as fuel additives, as surfactant in various types of cleaners and as textile processing aids.

NEOBEE® is a caprylic/capric triglyceride. It is made using glycerin from vegetable oil sources and medium-chain fatty acids from coconut or palm kernel oil.

Naxamide® products are nonionic surfactants which are found in many household, industrial and institutional applications.

A unique portfolio of specialty alcohols, including iso-, branched, guerbet and unsaturated materials. These alcohols, provide a wide range of melt points and reactivity to help solve formulating challenges in all types of Industrial and Care applications.

To continue leading the industry with powerful beauty innovations, we constantly explore the scientific possibilities and benefits of skin care actives. Each active ingredient is part of an overall concept of all-round, targeted care. Whether for skin, oral, or hair care, the RonaCare® portfolio is brimming with innovative products that can make formulations stand out with truly impressive product claims. Our RonaCare® products offer unparalleled benefits: Safe ingredients conforming to the highest quality and regulatory requirements Highly innovative, trend-oriented cosmetic solutions based on cutting-edge R&D Pure natural biomimetic actives which teach us about holistic and, sustainable skin and natural care.

High Molecular Weight, Cross-linked Copolymers containing both hydrophobic and hydrophilic portions within the molecule. The hydrophobic portion of the polymer adsorbs at the oil phase whereas the hydrophilic portion swells in the water forming a gel network around the oil droplets to provide exceptional emulsion stability.Stable oil-in-water emulsions with no or low levels of co-surfactantEfficient suspension and stabilization of insoluble materials and particlesThese polymers provide shear thinning rheology which enables easy pumping and spraying of finished productsTypical uses include polishes and automotive care products

Functional bases made with natural ingredients that are almost completely coconut-based.

Fine Organics is a leading vegetable-derived oleochemical supplier in India that serves a multitude of industries with its ISO certified, FDA approved manufacturing sites

Olivatis® are globally compliant, sustainable, high-performing ingredients resulting from the synergistic union of a high-profile chemistry with Olive Oil, thus combining outstanding performances with the unique eudermic properties of olive oil.

Eceryl™ 12 is ester derived from linoleic and erucic fatty acids, respectively, and act as co-surfactants with emollient and solubilizing properties. It reduce skin erythema and skin barrier function disruption caused by surfactant penetration in the skin. Eceryl™ 12 is synthesized with glycerin; an endogenous component of the skin known for its humectant properties. Linoleic acid is an unsaturated omega-6 fatty acid (18:2 -6) and prevalent in soybean oil (Glycine max). Erucic acid is a monounsaturated omega-9 fatty acid (22:1 -9) found in rapeseed oil (Brassica napus).

Versagel® is an innovative patented system for thickening and gelling hydrocarbon materials. Infinite number of customized rheological properties. Clear colorless hydrophobic thermally reversible without syneresis. Versagel technology is used in thousands of cosmetic, pharmaceutical and personal care products around the world.

Sasol Chemicals' ISOFOL Alcohols are primary, saturated alcohols with defined branching of the carbon chain. Such alcohols are chemically described as 2-alkyl-1-alkanols and also referred to as Guerbet alcohols. ISOFOL Alcohols are high purity alcohols which offer excellent oxidative and color stability. They are available with even carbon chain lengths of 12 to 28. Additionally, the twin 100% linear alkyl branches of the ISOFOL Alcohols give a lower viscosity and better biodegradability than dimer alcohols derived from oxoalcohols. The unique chemical structure of the ISOFOL Alcohols also provides good solubility and solvency. The various derivatives synthesized from ISOFOL Alcohols maintain many of the beneficial properties of the parent alcohol.

BELSIL® is an extensive range of premium-grade silicones intended specifically for personal care applications, and more especially for hair care, skin care, color cosmetics, and deodorants. BELSIL® products are developed and manufactured in the highest quality and with utmost care, ensuring that the formulations are highly efficient and reliable. With BELSIL®, you can tailor your hair-care or skin-care formulations or color cosmetics to obtain end products that are not only competitive but also meet the needs of the market.

CAVAMAX® is the trade name for cyclodextrins from WACKER. We are the only company in the world to manufacture all three naturally occurring cyclodextrins – α, β and γ (CAVAMAX® W6, W7 and W8). CAVAMAX® cyclodextrins have unique properties resulting in a wide range of functionalities, such as stabilization, rheology control, masking of bitterness or increasing bioavailability and much more. This paves the way for innovative food, pharma and industrial applications.

Permethyl® line of products. A variety of skin feels, spreadability, and film-forming properties can be achieved with their use.

Albiwax is a vegetable based wax obtained from the lipophilic fraction of apricot that has a light odor and is ivory to pale yellow in color. It is compatible in any cosmetical anhydrous form, or where a consistent lipophilic phase is present. Albiwax™ consistency factor makes it useful for anhydrous systems, lipogels, W/O emulsions, and O/W emulsions. Its best indications are for make-up products intended as a good analog of traditional waxes. It is intended to be inserted in the oily phase, during melting.