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HS Code |
349113 |
| Chemical Name | Alkylamine Polyoxyethylene Ether Quaternary Ammonium Salt |
| Appearance | Colorless to pale yellow liquid |
| Odor | Mild or amine-like |
| Solubility | Soluble in water |
| Ionic Nature | Cationic |
| Ph Value | 6.0-8.0 (1% aqueous solution) |
| Active Content | Typically 60-80% |
| Surface Tension | 29-35 mN/m (0.1% solution) |
| Hlb Value | 10-15 |
| Molecular Weight | Varies (depends on alkyl and EO chain length) |
| Viscosity | 100-500 mPa·s (25°C) |
| Boiling Point | Above 100°C |
| Flash Point | >100°C (closed cup) |
| Density | 0.95-1.10 g/cm³ (25°C) |
| Storage Stability | Stable under recommended conditions |
As an accredited Alkylamine Polyoxyethylene Ether Quaternary Ammonium Salt factory, we enforce strict quality protocols—every batch undergoes rigorous testing to ensure consistent efficacy and safety standards.
| Packing | Packed in 200 kg blue plastic drums, sealed tightly, labeled with product name, hazard symbols, and batch information for safety compliance. |
| Shipping | Alkylamine Polyoxyethylene Ether Quaternary Ammonium Salt is typically shipped in sealed, corrosion-resistant drums or plastic containers, ensuring protection from moisture, heat, and direct sunlight. Transport is conducted under standard chemical safety regulations, with proper labeling and documentation, to prevent leakage and ensure safe handling during transit and storage. |
| Storage | Alkylamine Polyoxyethylene Ether Quaternary Ammonium Salt should be stored in a cool, dry, well-ventilated area, away from direct sunlight and incompatible materials such as strong oxidizers. Keep containers tightly closed and properly labeled. Prevent contact with moisture. Use corrosion-resistant storage equipment. Ensure access to emergency shower and eyewash stations. Store in accordance with local regulations and manufacturer’s recommendations. |
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Purity 98%: Alkylamine Polyoxyethylene Ether Quaternary Ammonium Salt with purity 98% is used in textile softener formulation, where it provides enhanced fabric softness and antistatic performance. Viscosity Grade 300 cps: Alkylamine Polyoxyethylene Ether Quaternary Ammonium Salt of viscosity grade 300 cps is used in water treatment systems, where it ensures uniform dispersion and effective microbial control. Molecular Weight 1200 Da: Alkylamine Polyoxyethylene Ether Quaternary Ammonium Salt with molecular weight 1200 Da is used in emulsifier blends for pesticide formulations, where it achieves stable emulsification and reduced phase separation. Melting Point 42°C: Alkylamine Polyoxyethylene Ether Quaternary Ammonium Salt with melting point 42°C is used in personal care creams, where it contributes to smooth texture and improved product spreadability. Particle Size <10 µm: Alkylamine Polyoxyethylene Ether Quaternary Ammonium Salt with particle size less than 10 µm is used in coatings for electronics, where it promotes uniform film formation and superior surface coverage. Thermal Stability 120°C: Alkylamine Polyoxyethylene Ether Quaternary Ammonium Salt with thermal stability up to 120°C is used in oilfield demulsifier formulations, where it maintains efficiency under high temperature separation processes. |
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Chemistry in action often boils down to the balance between efficiency, adaptability, and results. In recent years, the development and use of Alkylamine Polyoxyethylene Ether Quaternary Ammonium Salt have marked a shift in how we think about multi-purpose surfactants. For many who work hands-on with cleaning agents, fabric softeners, textile auxiliaries, oilfield chemicals, or personal care formulas, every tweak in the ingredient list shows up with real impact on performance and safety. What drew me to this compound in the first place wasn’t just its technical name or that it sounds complex—it’s the way this product steps up in places where old-school quats or basic nonionics start to fall short.
The backbone of Alkylamine Polyoxyethylene Ether Quaternary Ammonium Salt comes from combining an alkylamine base with a variable-chain polyoxyethylene segment, then quaternizing the structure. You get a surfactant that brings together some of the best properties from both worlds: strong cationic action (so it clings well to surfaces), excellent solubility, and enhanced mildness compared to many straightforward quaternaries. Often I’m looking for that sweet spot—something strong enough to do heavy lifting, but without overstaying its welcome on skin or delicate textiles. This molecule shows up with an answer more often than not.
Plenty of products claim to be “advanced surfactants,” but this salt doesn’t ride on hype alone. The shift comes from its structure. Standard quaternary ammonium salts like CTAB or BAC (benzalkonium chloride) are just cationic, and often run into trouble with foam, rinse issues, or compatibility with hard water. Nonionic surfactants improve on some fronts, but can lack the surface-active punch when it comes to conditioning or antimicrobial effect. Alkylamine Polyoxyethylene Ether Quaternary Ammonium Salt blends these characteristics. Polyoxyethylene chains (often somewhere between 5-20 EO units, depending on the version you pick) provide superior water compatibility and can disperse active molecules more efficiently. At the same time, the quaternary ammonium “head” keeps the antimicrobial and antistatic properties intact.
Anyone who has tried to balance performance and mildness in applications like hair conditioners, baby wipes, or textile softeners finds a headache with older cationics, often due to harshness or sticky feel. I learned early in formulation work that cutting back on harsh residue without losing conditioning means either stacking multiple surfactants or compromising somewhere else. This blend often removes the need for complicated mixtures. Both industrial users and consumers get cleaner rinsing, which means less build-up in laundry machines or pipes, fewer skin complaints, and more reliable product behavior.
Most Alkylamine Polyoxyethylene Ether Quaternary Ammonium Salts on the market show up as clear to pale yellow liquids, easy to pour and mix into aqueous or semi-solid bases. Typical content hovers around 70 percent active material in commercial products, though water dilutions or different solvents appear for more specialized uses. The alkyl chain commonly runs C12 to C18, aiming right at the sweet spot for balance between hydrophobic and hydrophilic power—too short and you lose stickiness, too long and you mess with solubility. Polyoxyethylene segments set this product apart: shorter chains stay closer to oil, longer chains soften and boost mildness.
What makes a practical difference to someone like me is how controlled these specs remain. Consistency batch-to-batch matters a lot in applications that require stable emulsions—textiles, emulsion polymerization, and cosmetics especially. High purity reduces odor and color problems, fixing headaches before they start. The quaternization brings another layer of reliability: it’s not just a simple amine stuck onto an ether, but a salt with a predictable charge and, as a result, stable antimicrobial and antistatic performance under a wide pH range.
Focusing on practicality, this product lands in a surprising number of places. In household cleaning, the cationic and polyoxyethylene combination breaks soils fast and leaves behind an invisible, protective antistatic sheen. If you have worked in a busy hotel laundry room or a high-turnover gym, you’ll know that certain softeners and disinfectants either leave residues on towels or fade gym clothes sooner than they should. This salt steps up with less build-up and no fabric yellowing, and even after dozens of washes, towels feel soft, not greasy or coated.
Personal care gets a boost too. Old-school quats do their job as hair conditioners, but lower-grade formulas can weigh down fine hair or irritate the scalp. Here, the ether linkages and polyoxyethylene arms bring enough mildness for frequent use. I’ve worked on leave-on cream rinses where keeping hair manageable and light was impossible until I switched to this compound. People with sensitivities notice the difference, especially those who deal with dry climates or harder water.
Beyond everyday uses, Alkylamine Polyoxyethylene Ether Quaternary Ammonium Salt often finds a home in oilfield chemicals, paper treatment, and agrochemical blends. In oil extraction, it eases the water-oil mixing so you get more stable emulsions and smoother separations. In papermaking, the antistatic power helps cut down on paper dust and makes paper less likely to grab onto gunk during printing. And in agriculture, low toxicity lets it serve as an adjuvant in sprays, helping actives stick to plant surfaces longer.
Working on a cleaning line for office buildings, I tried this molecule to push for better cleaning without that overpowering “chemical” smell that lingers with some disinfectants. I saw faster soil removal, less streaking, and—most important for facilities teams—less downtime for deep cleaning. In surveys, staff picked out clothes and towels washed with this in the formula as feeling softer and drying faster, with none of the “plasticky” after-feel. In more technical work, antibiofilm performance lines up well against pathogenic bacteria and fungi, making it a reliable base for hospital-grade surface treatments. Feedback from ingredient buyers emphasizes the shelf life and storage stability, which prevents waste on both factory and shop floor.
On the technical side of things, its compatibility with typical anionic, nonionic, and amphoteric surfactants allows more freedom in designing blends. That makes it handy in custom cleaning concentrates, personal care products for sensitive scalp and skin, and textile baths aiming for low-residue washing. Labs relying on alkylamine polyoxyethylene ether quats cut down on extra emulsifiers, preservatives, or thickening agents in their recipes, since the primary surfactant already brings multiple benefits.
Growing concern over both skin health and the environment means users and companies look closer at what goes down the drain. The push has moved away from older cationic surfactants that resist breaking down or linger in waterways. The structure of Alkylamine Polyoxyethylene Ether Quaternary Ammonium Salt lets it degrade more readily than traditional quats, especially in aerobic wastewater environments. Polyoxyethylene groups assist, breaking down faster compared to some benzyl halide quaternary salts. Data from EU REACH and US EPA assessments show lower aquatic toxicity values for these types relative to the “hard” quats in widespread industrial use.
Safety for humans comes into play as well. While no surfactant stands entirely risk-free, poison control hotlines and toxicology reviews have found skin and eye irritation risks to be modest, especially at lower concentrations. Many new certifications for low-risk and minimally irritating household and beauty products allow this compound at controlled levels. For those managing sensitive supplies—hospitals, eldercare, hospitality—lower risk of sensitization and a friendlier toxicity profile offer peace of mind.
Demand has picked up in recent years not just in manufacturing, but in the growing market for green cleaning and health-focused cosmetics. Factory orders for products using this salt have ticked up worldwide since 2020, reflecting a broader consumer trend toward safer, more effective, and sustainably sourced ingredients. Big brand teams regularly review ingredient lists to weed out surfactants with harsh risk or questionable breakdown products. Alkylamine Polyoxyethylene Ether Quaternary Ammonium Salt checks boxes for both performance and modern compliance.
So why not just stick with the old standards like BAC, CTAB, or plain nonionic surfactants? From practical experience, these legacy ingredients almost always demand extra additives to control foaming, balance pH, or handle hard water. BAC in particular, for all its antimicrobial muscle, often leaves an after-feel I and many others would rather skip, especially on skin or clothes. Blending in this new quaternized ether spares extra formulation work and sidesteps a bunch of regulatory questions as ingredient lists keep tightening up.
Trying to replace cationic softeners or traditional nonionics with something that does both softening and cleaning pushes users to either double up on chemicals or settle for second-choice results. Alkylamine Polyoxyethylene Ether Quaternary Ammonium Salt manages both—adding softness and cleaning in a single pass, and often needing lower dosage. This concentration advantage cuts not just costs but warehouse space and supply headaches. Even in quick-turn uses like on-site disinfection or spill cleanup, it delivers faster action and easier rinsing, which is what busy crews appreciate.
On the production floor, workers compiling blank samples for a textile finishing line found that dyes and auxiliaries dispersed more evenly with less need for repeat mixing. Less dust in the final cutting room meant safer, cleaner air where people spend eight-hour shifts. In small-batch cosmetic labs, switching to this salt as a conditioning base ended complaints about greasy residue across a half-dozen hair mask blends. Looking for proof that matters, long-term machine maintenance shows fewer mineral and organic deposits on drums and piping. For high-volume laundries and industrial kitchens, longer equipment life means real dollars saved and less downtime.
I keep hearing from auto-detailed shops that foaming remains just right—the product rinses quickly, which saves precious minutes on every car, especially during busy seasons. And in everyday consumer hands, the “feel” is noticeable. People grab for the softest towels, the gentlest shampoo, the surface cleaner that leaves no lingering tack or awkward squeak.
Nothing comes without drawbacks. Some industrial customers report higher costs per drum, putting the squeeze on bulk operations chasing rock-bottom prices. The finer control possible with Alkylamine Polyoxyethylene Ether Quaternary Ammonium Salt sometimes means delicate balancing acts when working in very hard or very soft water. There can be an upper limit to the mildness—someone racing for the “most hypoallergenic” badge might still look elsewhere, depending on their target market.
The specialized nature also means not every processor or small-scale formulator finds supply easy, especially in more remote markets. Global supply chains across surfactants still rely on complex chemical synthesis—so logistics and pricing sometimes bring their own unpredictability.
From years of handling both formulation and maintenance, some lessons stand out. The key lies in dosing accurately—more isn’t always better. Working with this salt, I saw teams get superb conditioning and cleaning at doses 20-30 percent lower than comparable quats or blends. Testing matters here: pH, water hardness, and compatibility with dyes, fragrances, or oxidants should always get a check before scaling up a new formula. In personal care, blending with natural oils or proteins keeps benefits high while offering marketing appeal.
In cleaning and industrial applications, pairing with biodegradable builders and simple thickeners (like xanthan or guar gum) smooths application and keeps the ingredient list friendly. For green certifications and eco-labels, formulators can back up claims with data—showing lower BOD/COD, faster aerobic breakdown, and reduced aquatic toxicity in comparison trials.
For textile and papermaking, integrating this salt into the treatment baths saves steps: fewer separate antistatics or softeners mean lower overhead, less waste, and simpler inventory. Regular lab checks ensure the product does not drift on color or viscosity, which would otherwise leave customers second-guessing the value.
The future of Alkylamine Polyoxyethylene Ether Quaternary Ammonium Salt looks wide open, shaped by changing regulations, smarter consumer expectations, and the ongoing demand for products that feel good and just work. Continued research on optimizing chain length, degree of ethoxylation, and eco-profile can only help this technology carve out a bigger slice of the modern surfactant market. The evidence from field tests, independent lab reviews, and hands-on user stories all point in one direction: smarter formulations that use fewer ingredients, deliver on multiple jobs, and keep people’s safety and the environment in mind.
It isn’t hype or a swing at a passing trend—watching the shift from harsh, old-school cationics and bland nonionics toward well-thought-out blends like Alkylamine Polyoxyethylene Ether Quaternary Ammonium Salt shows how much attention users and makers now pay to every step from factory to finished product. In a world where every improvement counts, where both performance and conscience factor into success, this compound keeps making its case where it matters most—on the frontlines of cleaning, care, and daily life.
