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Non-ionic surfactants

Non-ionic surfactants are the most diverse group of compounds in terms of chemical structure. They are characterised by the absence of electrical charge on the hydrophilic group. This neutrality gives them unique application properties.

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Chemax S-2000S Chemax S-2000S is a polyalkylene glycol which is soluble in water, glycol ethers, ester and numerous vegetable oils. This material is effective as a replacement...
Composition
PAG , Water Soluble
CAS No.
9038-95-3
Chemax S-2000S
Chemax S-5100C Chemax S-5100C is a polyalkylene glycol which is soluble in water, glycol ethers, ester and numerous vegetable oils. This material is effective as a replacement...
Composition
PAG , Water Soluble
CAS No.
9038-95-3
Chemax S-5100C
Chemax S-660A Chemax S-660A is a polyalkylene glycol which is soluble in water, glycol ethers, ester and numerous vegetable oils. This material is effective as a replacement for...
Composition
PAG , Water Soluble
CAS No.
9038-95-3
Chemax S-660A
Chemax SP-20 Chemax SP-20 acts as an emulsifiers, detergent for metalworking, metal cleaning, systems; wetting agents in zinc plating systems
Composition
Alkoxylated alcohols
CAS No.
104376-75-2
Chemax SP-20
Chemax TO-14 Chemax polyoxyethylated tall oils are used as emulsifiers and detergents in degreasers and neutral in mildly alkaline detergents.
Composition
Alkoxylated fatty acids
CAS No.
61791-00-2
Chemax TO-14
Chemeen 18-10 Chemeen polyoxyethylated fatty amines are mildly cationic surfactants that become more nonionic in nature with increasing ethylene oxide content. These surfactants...
Composition
Alkoxylated fatty amines
CAS No.
26635-92-7
Chemeen 18-10
Chemeen 18-5 Chemeen polyoxyethylated fatty amines are mildly cationic surfactants that become more nonionic in nature with increasing ethylene oxide content. These surfactants...
Composition
Alkoxylated fatty amines
CAS No.
26635-92-7
Chemeen 18-5
Chemeen 18-6 Chemeen polyoxyethylated fatty amines are mildly cationic surfactants that become more nonionic in nature with increasing ethylene oxide content. These surfactants...
Composition
Alkoxylated fatty amines
CAS No.
26635-92-7
Chemeen 18-6
Chemeen 18-8 Chemeen polyoxyethylated fatty amines are mildly cationic surfactants that become more nonionic in nature with increasing ethylene oxide content. These surfactants...
Composition
Alkoxylated fatty amines
CAS No.
26635-92-7
Chemeen 18-8
Chemeen C-10 Chemeen polyoxyethylated fatty amines are mildly cationic surfactants that become more nonionic in nature with increasing ethylene oxide content. These surfactants...
Composition
Alkoxylated fatty amines
CAS No.
61791-14-8
Chemeen C-10
Chemeen C-12G Chemeen polyoxyethylated fatty amines are mildly cationic surfactants that become more nonionic in nature with increasing ethylene oxide content. These surfactants...
Composition
Alkoxylated fatty amines
CAS No.
61791-14-8
Chemeen C-12G
Chemeen C-15 Chemeen polyoxyethylated fatty amines are mildly cationic surfactants that become more nonionic in nature with increasing ethylene oxide content. These surfactants...
Composition
Alkoxylated fatty amines
CAS No.
61791-14-8
Chemeen C-15
Chemeen C-2 Chemeen polyoxyethylated fatty amines are mildly cationic surfactants that become more nonionic in nature with increasing ethylene oxide content. These surfactants...
Composition
Alkoxylated fatty amines
CAS No.
61791-31-9
Chemeen C-2
Chemeen C-5 Chemeen polyoxyethylated fatty amines are mildly cationic surfactants that become more nonionic in nature with increasing ethylene oxide content. These surfactants...
Composition
Alkoxylated fatty amines
CAS No.
61791-14-8
Chemeen C-5
Chemeen DT-15 Chemeen polyoxyethylated fatty amines are mildly cationic surfactants that become more nonionic in nature with increasing ethylene oxide content. These surfactants...
Composition
Alkoxylated fatty amines
CAS No.
61790-85-0
Chemeen DT-15
Chemeen HT-5 Chemeen polyoxyethylated fatty amines are mildly cationic surfactants that become more nonionic in nature with increasing ethylene oxide content. These surfactants...
Composition
Alkoxylated fatty amines
CAS No.
61790-82-7
Chemeen HT-5
Chemeen HT-6 Chemeen polyoxyethylated fatty amines are mildly cationic surfactants that become more nonionic in nature with increasing ethylene oxide content. These surfactants...
Composition
Alkoxylated fatty amines
CAS No.
61790-82-7
Chemeen HT-6
Chemeen HT-8 Chemeen polyoxyethylated fatty amines are mildly cationic surfactants that become more nonionic in nature with increasing ethylene oxide content. These surfactants...
Composition
Alkoxylated fatty amines
CAS No.
61790-82-7
Chemeen HT-8
Chemeen O-30/80 Chemeen polyoxyethylated fatty amines are mildly cationic surfactants that become more nonionic in nature with increasing ethylene oxide content. These surfactants...
Composition
Alkoxylated fatty amines
Chemeen O-30/80
Chemeen T-15 Chemeen polyoxyethylated fatty amines are mildly cationic surfactants that become more nonionic in nature with increasing ethylene oxide content. These surfactants...
Composition
Alkoxylated fatty amines
CAS No.
61791-26-2
Chemeen T-15
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Non-ionic surfactants – characteristics and properties

Non-ionic surfactants are part of a large group of surface-active compounds called surfactants. They are characterised by a unique amphiphilic structure, which determines all their properties and applications. Non-ionic surfactants include a large number of synthetic chemicals of various types and structures. They do not dissociate when dissolved in water and are characterised by the widest range of properties, depending on the hydrophilic-lipophilic balance (HLB) ratio.

Properties of anionic surfactants:

  • Good emulsifying properties,
  • Ability to modify rheology,
  • High solubility in water,
  • Mostly biodegradable,
  • Compatible with other surface-active compounds,
  • High chemical stability.

Key areas of application for non-ionic surfactants

Cosmetic products

Non-ionic surfactants are widely used in the cosmetics industry for the production of ready-made formulations. They have good cleaning properties and are gentle on the skin. They are important ingredients in the production of skin care and cleansing cosmetics. They most often act as emulsifiers. They help to mix substances that are insoluble in water, such as oils and fats. This allows for a smooth, homogeneous consistency of the final product. Selected non-ionic surfactants act as conditioning agents and emollients in cleansing and skincare cosmetics.

Perfumes

Solubilisers, such as non-ionic surfactants, can be ingredients in perfumes. Solubilisation allows substances that are insoluble or difficult to dissolve in water, such as fragrances, plant extracts, vitamins and other oily substances, to be introduced into aqueous and water-alcohol solutions. The solubilising properties of non-ionic surfactants are used not only in perfumes, but also in some cosmetics.

Mining industry

This group of surface compounds can be included in the composition of flame-retardant HFA hydraulic fluids. They are also used in machining fluids and serve as lubricity improvers.

Plant protection products

The excellent emulsifying properties of non-ionic surfactants determine their use in pesticide formulations. They support their formation and maintain the stability of the finished product. The addition of non-ionic surfactants to plant protection products improves their application properties – adhesion and wettability of plant surfaces.

Tanning industry

Some non-ionic surfactants are additives in tanning processes. They provide a softening effect and also improve the processing values and strength of the raw material. They are ideal as washing agents. In addition, they have a high ability to penetrate various fibres.

Paint production

Non-ionic surfactants are used in the paint and varnish industry due to their very good emulsifying properties. They support the formation of stable emulsions and aid in the dispersion of dyes. Some non-ionic surfactants have the ability to extend the open time of paints. They also affect the behaviour of the paint during application, facilitating its application and improving its spreadability.

Chemical industry

Raw materials in the form of non-ionic surfactants can be used as intermediates for chemical synthesis. Due to the alkaline nature of selected compounds, they are used to neutralise acidic substances and as a pH regulator. This property is used, among other things, in the production of metalworking fluids, detergents, washing agents, cleaning agents and automotive chemicals.