ALKOXYLATES
Alkoxylation process is chemical process where in alkylene Oxides such as ethylene oxide, Propylene Oxide and butylene oxide are added in blockwise or randomly to hydrophobes to produce alkoxylates.
Alkoxylates are those chemicals that are produced by addition of ethylene oxide, Propylene Oxide and butylene oxide to fatty hydrophobes via Alkoxylation process. We manufacture various types of fatty alcohol alkoxylates, fatty acid alkoxylates and fatty amine alkoxylates which are used as wetting agents, cleaning agents, emulsifying agents, detergents, and stabilizers etc., these alkoxylates are biodegradable and therefore environment-friendly in nature. We also manufacture various alkoxylates products according to our customer's requirements or specifications on cloud point, hydroxyl value, sap value, pH, HLB (hydrophilic lipophilic balance) etc.
Explore Our Products Alkoxylates
- Castor Oil (5–200 EO Moles) - CAS Number: 61791-12-6
- Hydrogenated Castor Oil (10–100 EO Moles) - CAS Number: 61790-05-0
- Neem Oil (10–30 EO Moles)
- Soya Oil (3–10 EO Moles)
- Linseed Oil (3–10 EO Moles)
- Lanolin Oil (75 EO Moles)
- Oleic Acid (2.5–15 EO Moles)
- Stearic Acid (8–70 EO Moles)
- Coconut Fatty Acid (10–12 EO Moles)
- Rice Bran Fatty Acid (5 EO Moles)
- Stearyl Amine (10–30 EO Moles) - CAS Number: 9016-45-9
- Tallow Amine and Tallow Diamine (3–20 EO Moles) - CAS Number: 61790-85-0
- Coco Amine (10–30 EO Moles) - CAS Number: 61788-46-3
- Oleyl Amine (15-30 EO Moles)
- Amoino Propyl Behnyl Amine (10–90 EO Moles)
- Ethylene Diamine (4 EO Moles) - CAS Number: 107-15-3
- TEA Ethoxylates (100 EO Moles) - CAS Number: 102-71-6
- Nonyl Phenol (4.5–100 EO Moles) - CAS Number: 9016-45-9
- Octyl Phenol (1–70 EO Moles) - CAS Number: 27193-28-8
- Dodecyl Phenol (5–20 EO Moles) - CAS Number: 9014-92-0
- Styrenated Phenol (18–25 EO Moles) - CAS Number: 99734-09-5
- Phenoxyethanol (99.5%) - CAS Number: 122-99-6
- Phenol (4–20 EO Moles) - CAS Number: 9004-78-8
- Oleyl Cetyl Alcohol: C16-18 (unsaturated) (2–60 EO Moles)
- Oleyl Alcohol: C18 (unsaturated) (5–60 EO Moles)
- Tri Decyl Alcohol: C13 (branched) (3–100 EO Moles) - CAS Number: 24938-91-8
- Decyl Alcohol: C10 (linear) (4–10 EO Moles)
- Ceto Stearyl Alcohol: C16-18 (2.5-80 EO Moles)
- Lauryl Alcohol: C12-14 (2.5-25 EO Moles) - CAS Number: 68439-50-9
- Behnyl Alcohol: C18-22 (5-40 EO Moles)
- Stearyl Alcohol: C18 (2-15 EO Moles)
- 2-Ethyl Hexanol: C8 (branched) (2.5-4.5 EO Moles) - CAS Number: 26401-35-8
- 2-Propyl Heptanol: C10 (branched) (X EO Moles)
- Octyl Decyl (C8/C10) Alcohol (2–10 EO Moles)
- C12-15 alcohol (2.5-20 EO Moles) - CAS Number: 68131-39-5
- C8-10 alcohol (2.5-20 EO Moles)
- C12-13 alcohol (2.5-20 EO Moles)
- C11 alcohol (2.5-20 EO Moles)
- Trimethalol Propane (4.5 EO Moles)
- C9-11 alcohol (2.5-20 EO Moles) - CAS Number: 68439-46-3
- Polysorbate 20 (Sorbitan Mono Laurate 20 EO) - CAS Number: 9005-64-5
- Polysorbate 40 (Sorbitan Mono Palmitate 20 EO) - CAS Number: 9005-66-7
- Polysorbate 60 (Sorbitan Mono Stearate 20 EO) - CAS Number: 9005-67-8
- Polysorbate 65 (Mono Tri Stearate 20 EO) - CAS Number: 9005-71-4
- Polysorbate 80 (Sorbitan Mono Oleate 20 EO) - CAS Number: 9005-65-6
- Polysorbate 81 (Sorbitan Mono Oleate 5 EO)
- Polysorbate 85 (Sorbitan Tri Oleate 20 EO) - CAS Number: 9005-70-3
- EO-PO (30) Polymer (2-60 EO Moles)
- EO-PO (30) Polymer (5-60 EO Moles)
- EO-PO (30) Polymer (3-100 EO Moles)
- EO-PO (39) Polymer (4-10 EO Moles)
- EO-PO (39) Polymer (2.5-80 EO Moles)
- EO-PO (56) Polymer (2.5-25 EO Moles)
- EO-PO (30) Polymer (5-40 EO Moles)
- EO-PO Polymer (2-15 EO Moles)
- EO-PO Polymer (2.5-4.5 EO Moles)
- EO-PO Polymer (X EO Moles)
- EO-PO Polymer (2-10 EO Moles)
- EO-PO Polymer (2.5-20 EO Moles)
- EO-PO Polymer (2.5-20 EO Moles)
- EO-PO Polymer (2.5-20 EO Moles)
- EO-PO Polymer (2.5-20 EO Moles)
- EO-PO Polymer (4.5 EO Moles)
- EO-PO Polymer (2.5-20 EO Moles)
- EO-PO Polymer (2.5-20 EO Moles)
- EO-PO Polymer (reverse) (2-60 EO Moles)
- EO-PO Polymer (reverse) (5-60 EO Moles)
- EO-PO Polymer (reverse) (3-100 EO Moles)
- EO-PO Polymer (reverse) (4-10 EO Moles)
- Methoxy PEG 400-5000 Mol. Wt.
- Allyl PEG Upto 5000 Mol. Wt.
- Polyethylene Glycols (PEGs) 200, 400, 600, 800, 1500, 4000, 6000, 8000, 12000, 20000 Mol. Wt.
- 2-Propyl Heptanol EO/PO
- Tridecyl Alcohol EO/PO
- Lauryl Alcohol EO/PO
- Decyl Allcohol EO/PO
- Oleyl Cetyl Alcohol EO/PO
- Oleyl Alcohol EO/PO
- Stearyl Alcohol EO/PO
- Butanol EO/PO Copolymer (R) Mol. WT. 1450
- Butanol EO/PO Copolymer (R) Mol. Wt. 1650
- Bisphenol A 2 Mole PO
- Castor Oil EO/PO
- Nonyl Phenol EO/PO
- Ethylene Diamine 4 PO, 4 EO
- C9-11 Alkoxylated benzyl capped (10-12 EO Moles)
- C8-10 Alkoxylated benzyl capped (10-12 EO Moles)
- Polyethylene Glycerol Mono Oleate (200-600 Mole EO Moles)
- Polyethylene Glycerol Di Oleate (200-600 Mole EO Moles)
- Polyethylene Glycerol Mono Stearate (200-600 Mole EO Moles)
- Polyethylene Glycerol Di Stearate (200-600 Mole EO Moles)
- N,N-Bis(Hydroxyethyl) Aniline
- Nonyl Phenol Resin Ethoxylates (X Mole EO Moles)
- Styrenated Phenol Ethoxylates (X Mole EO Moles)
- Alkanolamide Ethoxylates CMEA-3/5EO
- Actylinic Diol Ethoxylates (Venadol series) TMDD-20,40,65,85
- Salt-free Alkoxylates Na / K < 10ppm
- Methyl ester Ethoxylates
- Acetylinic Diol blends (Venadol series)
| Product | Hydrophobe | Moles EO | Appearance at 25 oC | Comments |
|---|---|---|---|---|
| T-DET A 26-4.5 NR | C12-16 | 4.5 | Hazy Liquid | Available from natural hydrophobe |
| T-DET A 267 NR | C12-16 | 7 | Hazy Liquid | Available from natural hydrophobe |
| ME 400 CO | Coconut Methyl Ester | 9 | Hazy Liquid | Available from natural hydrophobe |
| ME 500 SO | Soya Methyl Ester | 9-12 | Hazy Liquid | Available from natural hydrophobe |
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Surfactants (surface-active agents) are compounds that reduce surface tension between two liquids or between a liquid and a solid. They have both hydrophilic (water-loving) and hydrophobic (water-repelling) parts, allowing them to act as emulsifiers, detergents, wetting agents, and dispersants.
Non-ionic surfactants have no charge and are compatible with all other surfactant types. Anionic surfactants have a negative charge and are excellent for cleaning. Cationic surfactants have a positive charge and are used for conditioning and antimicrobial applications. Amphoteric surfactants can have both positive and negative charges depending on pH, making them versatile and mild.
The best surfactant depends on your specific application, pH requirements, compatibility with other ingredients, and desired properties. Our technical team can help you select the right surfactant based on your formulation needs. Contact us for personalized recommendations.
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