|
HS Code |
490469 |
| INCI_Name | Quaternium-24 |
| Chemical_Class | Quaternary ammonium compound |
| Physical_Form | Liquid |
| Color | Clear to pale yellow |
| Odor | Mild characteristic |
| Solubility_in_Water | Soluble |
| pH_Range | 5.0-7.0 |
| Molecular_Weight | Varies (mixture) |
| Usage_Level | Typically 0.5-2.0% |
| Primary_Function | Conditioning agent |
| Common_Applications | Hair conditioners, shampoos, skin creams |
| Charge_Type | Cationic |
As an accredited Quaternium-24 factory, we enforce strict quality protocols—every batch undergoes rigorous testing to ensure consistent efficacy and safety standards.
| Packing | Quaternium-24 is packaged in a sturdy 1 kg HDPE plastic container, featuring a secure screw cap and detailed hazard labeling. |
| Shipping | Quaternium-24 should be shipped in tightly sealed containers, protected from moisture and direct sunlight. Transport in accordance with local, national, and international regulations for chemical substances. Ensure containers are clearly labeled and handled by trained personnel using appropriate personal protective equipment to prevent spills, exposure, or environmental contamination. |
| Storage | Quaternium-24 should be stored in a tightly closed container in a cool, dry, and well-ventilated area away from strong oxidizing agents. Avoid exposure to direct sunlight, heat, and moisture. Store at room temperature and keep away from incompatible substances. Proper labeling and secondary containment are recommended to prevent leaks or spills, ensuring safe and stable storage conditions. |
Applications of Quaternium-24 in Industrial ManufacturingQuaternium-24, a high-performance cationic surfactant, plays a critical role as an antistatic agent, conditioning additive, and preservative booster in formulated products across multiple industries. As a direct chemical raw material producer, we support different market sectors by supplying specification-controlled Quaternium-24 suitable for demanding industrial applications. The following sections detail four specific downstream scenarios. 1. Hair Care Formulation ManufacturingIn professional hair conditioner and treatment production, formulators use Quaternium-24 as an effective conditioning and antistatic component. Its positively charged quaternary ammonium structure efficiently deposits on hair, reducing static, enhancing combability, and providing a smooth sensory feel. Industrial producers incorporate it in aqueous and emulsion systems with careful adjustment to pH and substrate compatibility. Stability and homogeneity are verified in large-scale blending. End-use suitability often depends on skin sensitivity and rinse-off profiles, requiring rigorous quality and compliance controls in GMP environments. Industry compliance standards
Typical usage ratio
Downstream process integration
Final product types
2. Textile Softener and Antistatic Additive ProductionIndustrial textile auxiliaries employ Quaternium-24 as a softener and antistatic agent during fabric finishing. Its cationic properties are highly valued in both aqueous and emulsion-based formulations for cellulosic and synthetic fibers. Process engineers determine application parameters based on substrate type, liquor ratio, and target softening index. The material must comply with textile chemical limits regarding skin contact and environmental discharge. Monitoring of physical-chemical properties, such as runoff stability and compatibility with other softening actives, ensures batch-to-batch consistency in large-scale production. Industry compliance standards
Typical usage ratio
Downstream process integration
Final product types
3. Home Care Surface Treatment FormulationsManufacturers in the home care sector utilize Quaternium-24 in specialty surface polishers, anti-static sprays, and preservative-boosted cleaners. Its strong affinity for hard surfaces reduces dust re-attraction in electronics, glass, and laminated furniture products. Formulation chemists must carefully balance usage to prevent surface streaking or residue, especially in high-gloss and transparent finishes. End products undergo performance testing for both static mitigation and compatibility with household surfaces. Regulatory compliance is maintained for user safety and direct/indirect contact scenarios. Industry compliance standards
Typical usage ratio
Downstream process integration
Final product types
4. Industrial Emulsion Polymerization AidsQuaternium-24 functions as a cationic stabilizer and surface modifier in the emulsion polymerization of certain latexes, coatings, and film-forming agents. Its quaternary structure enables improved colloidal stability, particle size control, and effective charge balancing in aqueous dispersions. Production engineers select usage level based on monomer composition and polymerization method (batch or semi-batch). Inline QC monitors zeta potential, viscosity, and particle suspension to ensure effective incorporation. All use must adhere to chemical management regulations for industrial polymers. Industry compliance standards
Typical usage ratio
Downstream process integration
Final product types
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Competitive Quaternium-24 prices that fit your budget—flexible terms and customized quotes for every order.
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Every day in our factory, our team works directly with Quaternium-24, handling each batch with attention honed by years of making conditioning agents. In the maze of raw materials that shape the final feel and function of a product, Quaternium-24 stands out for how it lifts performance in rinse-off applications. This cationic surfactant, known across the industry for its unique polymeric structure, has become more than just another raw material. Over time, as we’ve refined our process, we’ve seen what a well-made Quaternium-24 can do in shampoos, hair conditioners, and cream rinses.
What sets our Quaternium-24 apart isn’t just the molecule itself—poly(dimethyldiallylammonium chloride)—but the consistency we achieve from batch to batch. Our technical experience shows in its clarity, viscosity, and pH stability, all key attributes driven not just by careful material sourcing but by manufacturing precision and rigorous in-house controls. Our QC lab, sitting right next to the reactors, reviews each lot before it leaves the plant, directly comparing the performance to real end-user applications. The aim is always about the daily benefit in use, not only a certificate in a binder.
Manufacturing Quaternium-24 means working with an aqueous polymer solution at concentrations optimized for downstream formulators. We produce several grades, responding to customer preferences for solids content, typical at either around 40% or 20%, and designed to pour smoothly and blend down as needed. Viscosity adjustment stands central to plant operations, as variability impacts mixing and final product feel. Through years of process optimization, well-calibrated reactors and skilled plant operators let us achieve reproducible viscosity ranges, so our customers can rely on predictable addition during their own production.
As the people who shape every run, we pay close attention to purity. Off-odors, color drifts, and unacceptably high sodium chloride by-products get caught before shipping. Every batch that passes QC must dissolve easily without flocculation or gels, so downstream finishes clear. The tall stainless reactors on our plant floor, maintained day in and day out by our crew, contribute as much to batch dependability as the raw material itself.
We supply Quaternium-24 mainly to personal care manufacturers looking to lift slip, manageability, or deposition. Our direct engagement with these customers—from multinational formulators running high-speed lines to niche brands trialing DIY innovation—lets us collect feedback faster than any desk reference. One common challenge is achieving just the right detangling without building up on hair or weighing it down. Quaternium-24 finds its way into leave-on formulas at lower levels, though its primary strength lies in rinse-off scenarios.
What we see and hear from the market gives us a candid picture. Low irritation, especially in comparison to other cationics, has made Quaternium-24 favored in sulfate-free and sensitive-skin lines. The molecular weight and charge density ensure a gentle touch, even as the ingredient conditions aggressively. Texture matters, too: noticed in how the polymer imparts a fine slip without sticky afterfeel, giving product developers a reliable tool for balancing lightness and conditioning.
Over the years, the lab and production teams have tested Quaternium-24 alongside a whole range of conditioning ingredients. Among quats, you’ll hear plenty about Polyquaternium-7, Behentrimonium Chloride, and Cetrimonium Chloride. Each ingredient steps forward with its own pros and cons. Polyquaternium-7, for instance, offers good antistatic properties but doesn’t give the strong wet-combing effect found in Quaternium-24. Our own mixing panels and in-house comparative tests have shown time and again that Quaternium-24 achieves a care and slip that’s immediately noticeable on both untreated natural hair and chemically processed samples.
For manufacturers, performance doesn’t happen in a vacuum. The way Quaternium-24 interacts with surfactants—especially anionics—affects formula clarity, build, and preservation. In sulfate-free systems, Quaternium-24’s compatibility eliminates many headaches that come with hazing or separation. Unlike some of the higher molecular weight quats, which sometimes cloud even the best clear formulations, our material reliably maintains transparency.
Unlike some of the traditional conditioning agents, Quaternium-24 is less prone to over-conditioning or giving rise to greasy residue, provided your dosing sits in the usual performance range. This isn’t an abstract claim; throughout hundreds of tons shipped, customer feedback repeatedly singles out the ‘clean’ rinse after use. For formulators already frustrated by overdosing dilemmas or residue complaints, this subtle but real distinction matters.
In our direct conversations with product developers, safety questions come up often. Questions about quaternary ammonium compounds and irritation or long-term buildup aren’t just Internet talking points—they reflect years of consumer scrutiny. Drawing on our own raw data and multiple third-party reviews, we note that Quaternium-24 has not shown persistent allergenic or long-term risks when used as recommended. Formulators building for sensitive markets rely on this low irritation profile, and our own internal audits show it remains stable during formulation and finished product shelf life.
Transparency keeps trust alive. We provide on-request residue testing reports for customers needing extra backing for global regulatory submissions. In terms of biodegradability, the product behaves like most polymeric cationics, with established routes for safe wastewater treatment. New demands from regional regulations keep rising, so our technical support team keeps batch paperwork and analytical certificates ready to help our clients meet documentation needs. In the rare case of adverse outcomes, we’ve seen that formula base matters just as much as ingredient, so we share relevant best practices and troubleshooting steps gained from years of industry support.
Trace the trail of personal care trends over the last twenty years and you’ll find quats fading and rising as consumer preferences shift. Sometimes conditioning and manageability matter most; other times, "free from" claims and green chemistry take center stage. From the factory perspective, real value comes from feedback cycles that keep us grounded in the realities of application performance and cost.
The cost-performance ratio of Quaternium-24 matters more than any single headline characteristic. Its quality as a versatile, effective cationic polymer lines up with longer production runs and fewer operator interventions on our customer’s factory floors. Unlike some natural alternatives that can fluctuate wildly in price or quality with harvesting conditions, Quaternium-24 offers industrial reliability, which our supply partners rely on for predictable budget planning. For all the discussion of “greener” alternatives, the sheer blend-ability and functional profile keeps it a mainstay ingredient especially where performance can’t be compromised.
Environmental positioning grows with every passing year. While it is not a naturally derived material, Quaternium-24 stands up to scrutiny based on resource efficiency and lack of acute environmental hazards in normal downstream processes. Our teams remain open to any innovation that increases sustainability, and we treat feedstock waste on site to reduce the burden on municipal systems. Customers want the facts, not greenwashed claims, and we give full account of our plant practices, resource monitoring, and chemical handling protocols.
Scaling up Quaternium-24 production requires more than switching on larger tanks. Our experience shows that mixing, pH control, and monitoring polymerization stages can radically impact the final product. Plant engineers and operators routinely make adjustments based on reaction monitoring, not just checked boxes on a process flow. This hands-on attention ensures high solids content remains within specification, viscosity avoids out-of-range thickeners, and color stays clear batch after batch, even when scaling to thousands of kilos.
Our reactors are custom-fit for this kind of polymerization. Jacketed vessels precisely manage exotherms and allow for staged addition of monomers and chain quenchers. Temperatures, residence times, and even agitation speed—each detail adjusted by operators not only staring at gauges but with a trained eye on the batch’s behavior—matter for getting the right feel and appearance every time. Maintenance schedules, cleaning protocols, and close staff training keep downstream testing requirements minimal and customer complaints rare.
Direct customer site visits have taught us the difference that loading, transfer stability, and ease of handling mean for bulk customers. Quaternium-24 ships from our facility as a homogeneous solution—never an off-spec mixture with undispersed clumps or gels. This cuts down plant downtime when transferred to end-user manufacturing lines and ensures downstream dissolving works at scale.
Years at the manufacturing end have pushed us to build more than just the product. Some of the best learnings come from customer audits, troubleshooting sessions, and bench-scale application tests carried out directly with our customers. We keep technical data sheets and formulation testing protocols up-to-date and relevant, but also supplement these with insight drawn straight from years of “what works best” collected from the field.
Ingredient traceability, batch sampling, and analysis protocols get real-world scrutiny long before paperwork leaves the QC lab. In the event a customer faces dosing, mixing, or compatibility challenges, our on-call product specialists can draw on live plant process data to quickly troubleshoot—often saving costly delays or reformulation cycles.
In some cases, customers push Quaternium-24 into the edge of its recommended use—either at high or low temperatures, unexpected pH, or unusual formula builds. We see these challenges not as reasons to deflect responsibility, but as opportunities to refine both our product and our advice. If there’s a way to tweak a polymerization parameter that makes downstream blending easier or more stable, we feed those process changes back into main plant routines, not just technical notes.
Looking ahead, market expectations for clean label, lower toxicity, and sustainable sourcing continue to shape customer requests. Direct engagement with these trends influences which grades stay in production, what adjustments we make to monomer sourcing, and how we handle regulatory or market shifts. New cosmetic regulations, whether from the EU, North America, or Asia, don’t just land as paperwork—they create real challenges for formula flexibility and ingredient selection.
Our place as the manufacturer lets us watch for signs of changing needs, not from reports or conference briefings, but from purchase order patterns and customer conversations. Should consumer interest in natural-derived alternatives gain enough traction to compete with traditional quats, we are ready to pivot to blends, co-polymers, or entirely new chemistries that deliver similar results. Until then, our plant keeps running plenty of Quaternium-24, demonstrating its resilience to market swings and end-user preferences.
We stay active in professional bodies and ingredient consortia, not only to understand where the industry leads, but to ensure our own compliance and competitiveness. Transparent relationships with upstream suppliers mean we quickly identify and resolve any potential raw material risks or interruptions. Production staff and engineers stay trained on both classic GMP and new quality standards, keeping our entire operation at the sharp end of industry best practice.
In the chemical industry, trust stems from more than a polished data sheet. It comes from diligent work in the factory, sharp QC procedures, and honest conversations with every customer—from global contract manufacturers to start-up indie brands. Quaternium-24 rewards attentiveness; small improvements at the batch level manifest in better user experiences for millions.
We remain committed to applying this direct, real-world approach to every lot we produce. Every day, our people bring experience and learnings to the reactor and QC bench; every order shipped demonstrates the quiet reliability that careful chemistry delivers. For customers across hair care, skin care, and broader personal care applications, we stand behind Quaternium-24 as a product proven by decades of factory hands and practical feedback, not just by lab analysis or sales claims.