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BergaCare 165 functions as a non-ionic o/w emulsifier.

BergaCare GS 40 is a natural o/w co-emulsifier for broad application purposes. Can also be used as viscosity enhancer or stabilizing agent in water in oil emulsions.

BergaCare GS SE is an anionic, self-emulsifying o/w emulsifier. It can be used as main emulsifier with a higher pH level in the finished product or as a co-emulsifier within 5-6 pH range.

BergaMuls ET 1 is the first synergistic blend of soluble and insoluble fibers to create stable pickering emulsions allowing for „emulsifier-free“ product claims, which are known to be especially mild and friendly to the skin. Additional stabilization is provided by the hydrocollodial network in the external o/w emulsion phase. The fiber blend creates light and pleasant lotion-like textures when used as emulsifier. When used as thickening agent, it is suitable to formulate oil-free serum concepts or facial masks. Special sensories can be achieved when used as filler.

Modern formulations with exciting textures and pleasant sensories can be both – innovative and sustainable. Like our BergaMuls products. BergaMuls ET 2 is the second generation of sustainable and trending fiber blends with synergistic effects. When used as o/w emulsifier, it creates systems ranging from light cream-gels with smaller oil phase to classic cream textures when combined with further stabilizing agents.

Phospholipids are very popular in natural cosmetic products because of their multifunctional properties. Due to their amphiphilic structure, they can be used in emulsions, but also to produce liposomes. Lecithin, or rather the fractions of phosphatidylcholine it contains, has two special functions in cosmetic formulations. Firstly, the hydrogenated and therefore more oxidation-stable variants form lamellar structures, so-called dermo-membrane structures, which are suitable as natural o/w or w/o emulsifiers. On the other hand, the lamellar structures provide caring sensory properties and protect the skin barrier in a natural way. BergaSom Soy 75 H is one example from the BergaSom range for the possible use of phospholipids as a natural and very well skin-compatible emulsifier.

Phospholipids are very popular in natural cosmetic products because of their multifunctional properties. Due to their amphiphilic structure, they can be used in emulsions, but also to produce liposomes. Lecithin, or rather the fractions of phosphatidylcholine it contains, has two special functions in cosmetic formulations. Firstly, the hydrogenated and therefore more oxidation-stable variants form lamellar structures, so-called dermo-membrane structures, which are suitable as natural o/w or w/o emulsifiers. On the other hand, the lamellar structures provide caring sensory properties and protect the skin barrier in a natural way. BergaSom Soy 90 H is one example from the BergaSom range for the possible use of phospholipids as a natural and very well skin-compatible emulsifier.

Phospholipids are very popular in natural cosmetic products because of their multifunctional properties. Due to their amphiphilic structure, they can be used in emulsions, but also to produce liposomes. Lecithin, or rather the fractions of phosphatidylcholine it contains, has two special functions in cosmetic formulations. Firstly, the hydrogenated and therefore more oxidation-stable variants form lamellar structures, so-called dermo-membrane structures, which are suitable as natural o/w or w/o emulsifiers. On the other hand, the lamellar structures provide caring sensory properties and protect the skin barrier in a natural way. BergaSom Sun 75 H is one example from the BergaSom range for the possible use of phospholipids as a natural and very well skin-compatible emulsifier.

Phospholipids are very popular in natural cosmetic products because of their multifunctional properties. Due to their amphiphilic structure, they can be used in emulsions, but also to produce liposomes. Lecithin, or rather the fractions of phosphatidylcholine it contains, has two special functions in cosmetic formulations. Firstly, the hydrogenated and therefore more oxidation-stable variants form lamellar structures, so-called dermo-membrane structures, which are suitable as natural o/w or w/o emulsifiers. On the other hand, the lamellar structures provide caring sensory properties and protect the skin barrier in a natural way. BergaSom Sun 90 H is one example from the BergaSom range for the possible use of phospholipids as a natural and very well skin-compatible emulsifier.

Lauryl myristyl alcohol is blend of lauryl alcohol and myristyl alcohol. This blend are mid-cut fatty alcohols. Lauryl myristyl alcohol is solid at room temperature but can melt upon heating. Our lauryl myristyl alcohol is derived from palm kernel oil. It is mainly used as emollient and emulsifier, but it offers also cleansing and foaming capabilities relevant in personal care products like shampoos and it can also be used as viscosity modifier.

Lauryl cetyl alcohol is blend of lauryl alcohol and cetyl alcohol. This blend are mid-cut fatty alcohols. Lauryl cetyl alcohol is solid at room temperature but can melt upon heating. Our lauryl cetyl alcohol is derived from palm kernel oil. It is mainly used as emollient and emulsifier, but it offers also cleansing and foaming capabilities relevant in personal care products like shampoos and it can also be used as viscosity modifier.

Lauryl stearyl alcohol is blend of lauryl alcohol and stearyl alcohol. This blend are mid-cut fatty alcohols. Lauryl stearyl alcohol is solid at room temperature but can melt upon heating. Our lauryl stearyl alcohol is derived from palm kernel oil. It is mainly used as emollient and emulsifier, but it offers also cleansing and foaming capabilities relevant in personal care products like shampoos and it can also be used as viscosity modifier.

Cetyl alcohol, also known as hexadecanol or palmitylalcohol, is a long chain saturated fatty alcohol. It appears waxy at room temperature. Cetyl alcohol acts as an opacifier, emollient, viscosity modifier, emulsion stabilizer, foaming- and masking agent. It modifies the consistency of the final product according to its purpose and provides skin conditioning properties.

Cetostearyl alcohol is a blend of cetyl and stearyl alcohol. Cetostearyl alcohol is a long chain saturated fatty alcohols and possesses a variety of applications. Cetostearyl alcohol appears as waxy at room temperature. It acts as an opacifier, emollient, emulsion stabilizer, foam booster and viscosity modifier.

Cetostearyl alcohol is a blend of cetyl and stearyl alcohol. Cetostearyl alcohol is a long chain saturated fatty alcohols and possesses a variety of applications. Cetostearyl alcohol appears as waxy at room temperature. It acts as an opacifier, emollient, emulsion stabilizer, foam booster and viscosity modifier.

Cetostearyl alcohol is a blend of cetyl and stearyl alcohol. Cetostearyl alcohol is a long chain saturated fatty alcohols and possesses a variety of applications. Cetostearyl alcohol appears as waxy at room temperature. It acts as an opacifier, emollient, emulsion stabilizer, foam booster and viscosity modifier.

Stearyl alcohol, also known as octadecanol, is a long chain saturated fatty alcohol. It appears as white pastilles or flakes. The application of stearyl alcohol is manifold. It acts as a viscosity modifier, emulsifier, emollient, opacifier, foam booster, refatting- and masking agent. Possesses skin conditioning properties.

Behenyl alcohol, also known as docosanol, is a long chain saturated fatty alcohol. It can be derived from plant oils such as mustard oil or rapeseed oil. Behenyl alcohol appears as white wax or solid at room temperature. It functions as emollient, emulsifier, and viscosity modifier.

Behenyl alcohol, also known as docosanol, is a long chain saturated fatty alcohol. It can be derived from plant oils such as mustard oil or rapeseed oil. Behenyl alcohol appears as white wax or solid at room temperature. It functions as emollient, emulsifier, and viscosity modifier.

Behenyl alcohol, also known as docosanol, is a long chain saturated fatty alcohol. It can be derived from plant oils such as mustard oil or rapeseed oil. Behenyl alcohol appears as white wax or solid at room temperature. It functions as emollient, emulsifier, and viscosity modifier.