Surfactants

Sustainable conditioning agent. Gives hair smoothness, shine, removes static electricity, facilitates combing. Does not accumulate on hair.

Used as a conditioner, emollient and antistatic agent in hair conditioners and conditioners, and can also be used as a conditioning agent for 2 in 1 shampoos. Provides the best degree of conditioning, the least effort when combing. By varying the content in the recipe, it allows you to get products for both normal and oily hair, and for damaged hair, as well as masks.

Cationic derivative of undecylenic acid, has a fungicidal and antibacterial effect. Compatible with anionic surfactants, water soluble. Typically used in concentrations of 0.5 – 2.0%

A ready-to-use conditioning agent based on a synergistic combination of cationic surfactants and fatty alcohol, which greatly simplifies the production process of finished products. It is used as a conditioner, emollient and antistatic additive in hair conditioners. Provides the best degree of conditioning, the least combing effort. By varying the content in the recipe, it allows you to get products for both normal and oily hair, and for damaged hair, as well as masks.

A conditioning agent with no accumulation effect. It is used in rinse-off compositions. Removes static electricity, gives hair smoothness, shine, facilitates combing. It is used at a concentration of 1 – 4% in terms of the active substance.

Highly effective conditioning agent with no accumulation effect. It is used in rinse-off compositions. Removes static electricity, gives hair smoothness, shine, facilitates combing. It is used at a concentration of 1 – 4% in terms of the active substance.

Long chain conditioning agent. It has a high substantivity to damaged hair. It is used in rinse-off compositions. Removes static electricity, gives hair smoothness, shine, facilitates combing. It is used at a concentration of 1.5 – 2.5% in terms of the active substance.

Long chain conditioning agent. It has a high substantivity to damaged hair. It is used in rinse-off compositions. Removes static electricity, gives hair smoothness, shine, facilitates combing. It is used in a concentration of 1 – 1.25% in terms of the active substance.

Water soluble cationic surfactant, easy to formulate, provides transparent conditioners. Removes static electricity.

Surfactants for fabric conditioners. Eco-friendly and biodegradable. It has antistatic and softening properties. Allows you to get the final product without heating during the production process.

Surfactants for fabric conditioners. Eco-friendly and biodegradable. It has antistatic and softening properties. Recommended for standard conditioners with an active substance concentration of 5-6%. It is a soft paste that is easy to use at room temperature. The solvent used is propylene glycol (AT1/PG) or isopropyl alcohol (AT1).

Surfactants for fabric conditioners. Eco-friendly and biodegradable. Recommended for use in standard and diluted fabric softeners (3-5% active) where high viscosity is required. The main properties are antistatic and softening action.

Cationic surfactant for fabric conditioners. Eco-friendly and biodegradable. It has antistatic and softening properties. Allows you to get transparent conditioners.

Surfactants for fabric conditioners. Eco-friendly and biodegradable. Recommended for both concentrated and standard fabric softeners. It has antistatic and softening properties. Gives high viscosity and stability to conditioners.

Surfactants for fabric conditioners. Eco-friendly and biodegradable. Recommended for use in both concentrated fabric softeners (>8% a.w.) and standard fabric softeners (5-6% a.w.). Due to the low melting point, the technological process can be carried out at relatively low temperatures of 35 – 40°C. Perfectly softens laundry without impairing its wettability, reduces electrostatic charge.

Eco-friendly and biodegradable surfactants of plant origin for fabric conditioners. It is recommended for concentrated conditioners, although it can also be used in standard formulations (5-6% a.w.). The main properties, conditioning and softening, are provided thanks to its substantive properties.