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Amphitol 24B

    • Product Name Amphitol 24B
    • Alias Cocamidopropyl Betaine
    • Einecs 931-291-0
    • Mininmum Order 1 g
    • Factory Site Tengfei Creation Center,55 Jiangjun Avenue, Jiangning District,Nanjing
    • Price Inquiry admin@sinochem-nanjing.com
    • Manufacturer Sinochem Nanjing Corporation
    • CONTACT NOW
    VTB
    Specifications

    HS Code

    975413

    chemical_name Cocamidopropyl Betaine
    appearance Clear to slightly hazy liquid
    color Colorless to pale yellow
    odor Mild
    pH_value 5.0 - 7.0 (as supplied)
    active_content 30% ± 2%
    solubility Soluble in water
    density 1.05 g/cm³ (at 25°C)
    viscosity 100 - 600 cP (at 25°C)
    ionic_nature Amphoteric
    flash_point > 100°C (closed cup)
    biodegradability Readily biodegradable

    As an accredited Amphitol 24B factory, we enforce strict quality protocols—every batch undergoes rigorous testing to ensure consistent efficacy and safety standards.

    Packing & Storage
    Packing Amphitol 24B is typically packaged in a 200 kg blue HDPE drum, featuring a secure screw cap and labeled with product details.
    Shipping **Shipping Description for Amphitol 24B:** Amphitol 24B should be shipped in tightly sealed, corrosion-resistant containers to prevent leaks or contamination. Store and transport in a cool, dry, and well-ventilated area, away from incompatible substances, heat, or direct sunlight. Comply with all local, national, and international regulations regarding chemical shipments and labeling.
    Storage Amphitol 24B should be stored in a cool, dry, well-ventilated area away from direct sunlight, heat sources, and incompatible materials such as strong acids and oxidizers. Containers must be tightly closed to prevent contamination and moisture ingress. Properly label storage containers and ensure secondary containment to prevent spills. Follow all applicable regulations for the storage of chemical substances.
    Application of Amphitol 24B

    Applications of Amphitol 24B in Industrial Manufacturing

    Amphitol 24B, as a high-purity amphoteric surfactant, provides key functional benefits in specialized industrial operations. Its unique chemical profile supports efficient formulation, emulsification, wetting, and compatibilization processes for high-end industrial end users. We manufacture Amphitol 24B under strict process controls, ensuring consistent quality for demanding downstream industries. Below, we detail major application segments and address compliance, usage, processing, and end products based on real-world industrial practices.

    1. Metal Cleaning and Surface Preparation for Automotive Components

    Automotive parts manufacturers introduce Amphitol 24B as an amphoteric surfactant in spray, immersion, and ultrasonic cleaning formulations. The product delivers excellent oil and particulate removal, reduces spotting, and facilitates post-treatment processes like phosphating or anodizing by stabilizing contaminant suspensions. In multi-stage cleaning tunnels, it ensures rapid wetting and detachment of lubricants or machining fluids from steel, aluminum, and alloys, supporting high-throughput assembly operations alongside automated rinsing and drying.

    Industry compliance standards

    • OEM-specific cleanliness standards (e.g., VDA 19.1/ISO 16232 for particulate cleanliness)
    • REACH (EC) No 1907/2006 registration compliance
    • RoHS Directive 2011/65/EU (for final component compliance)
    • ISO/TS 16949 automotive quality management

    Typical usage ratio

    • 0.5–2.5% weight of total bath concentrate; dosage adapts to part geometry and contaminant load

    Downstream process integration

    • Direct blending into alkaline or neutral cleaning base formulations
    • Dosing into automated cleaning baths feeding continuous line or batch washer
    • Replenishment and maintenance adjusted via bath analysis

    Final product types

    • Cleaned automotive engine blocks and transmission housings
    • Finished metal stampings and die-cast parts
    • Prepared surfaces for pre-paint or electrocoating lines

    2. Textile Dyeing and Scouring Processes

    Textile mills use our surfactant in scouring and dyeing operations of cotton, polyester, and blended fabrics. It promotes uniform water penetration and efficient removal of natural waxes, spinning oils, and sizing agents, facilitating reproducible dye uptake and shade stability during subsequent coloration stages. In continuous- and batch-scour systems, the product prevents re-deposition of impurities and supports high liquor ratios, benefitting color consistency and reducing fabric defects in high-speed textile finishing.

    Industry compliance standards

    • OEKO-TEX® Standard 100 (chemical input auditing)
    • ZDHC MRSL compliance for restricted substances
    • ISO 14001 environmental management systems
    • REACH Annex XVII (regulatory usage restrictions)

    Typical usage ratio

    • 0.2–1.2 g/L in scouring liquors; 0.1–0.6 g/L in dye bath systems, modified per fiber type and fabric GSM

    Downstream process integration

    • Premixing into scouring solutions prior to batch or continuous machine feed
    • Addition during dye liquor make-up, particularly for disperse, reactive, and vat dye processes
    • Inline dosing based on real-time liquor ratio adjustment

    Final product types

    • Pre-scoured and dyed woven or knit fabrics
    • Processed yarns for apparel textiles
    • Fabrics for home textiles and technical applications

    3. Agrochemical Emulsifiable Concentrates (EC) and Suspension Concentrates (SC) Formulation

    Agrochemical formulators integrate our Amphitol material as a co-emulsifier and wetting agent in active ingredient dispersions. It stabilizes oil-water interfaces in ECs, enhances wettability of powdered ingredients in SCs, and promotes homogeneous spray solution behavior under varying water hardness or temperature. Inclusion of this surfactant improves pesticide coverage and deposition profiles in field application, especially for herbicide and insecticide products marketed for high-value crop protection.

    Industry compliance standards

    • FAO/WHO pesticide formulation specifications
    • EPA 40 CFR Part 180 (inert ingredients for US agchem market)
    • GB 2763-2021 (China MRL requirements in agrochemicals)
    • ISO 9001-certified formulation processing

    Typical usage ratio

    • 1.0–4.0% in EC formulations; 0.5–2.0% in SC systems, optimally adjusted via phase stability testing and sprayability evaluation

    Downstream process integration

    • Meticulous dispersion of the surfactant in solvent or suspension media prior to actives addition
    • Sequential or simultaneous blending with other adjuvants (antifoam, dispersants)
    • Homogenization with high-shear mixing equipment to produce fine emulsions or stable suspensions

    Final product types

    • Herbicide EC (e.g., glyphosate, fenoxaprop-ethyl formulations)
    • Fungicide SC and flowable concentrate products
    • Insecticide spray concentrates for agricultural spraying

    4. Industrial Detergent Formulation for Food and Beverage Processing Equipment

    Manufacturers of detergents for CIP (clean-in-place) systems in dairies, breweries, and food factories rely on this amphoteric surfactant to achieve low-foaming, rapid-emulsification cleaning performance. It aids complete soil removal in pipelines, tanks, and process vessels, minimizing biofilm build-up and residual odor. The surfactant allows detergent producers to meet increasingly stringent food safety requirements and helps prevent interference with sanitizer residues or post-wash rinse regimes in automated production.

    Industry compliance standards

    • FDA 21 CFR 178.1010 (regulations for cleaning agents—food contact status)
    • NSF International Registration—category A1 for general cleaner usage
    • EU Regulation No 648/2004 on detergents (biodegradability and labeling)
    • ISO 22000 food safety management systems

    Typical usage ratio

    • 0.2–0.8% in final detergent concentrate; dosing may rise for hard water or high-organic load circuits

    Downstream process integration

    • Incorporation during surfactant premix phase in detergent concentrate batching
    • Pump-fed into CIP loops via dosing equipment at defined intervals
    • Compatibility testing with caustic/alkaline builders and anti-redeposition agents

    Final product types

    • Non-foaming and low-foaming alkaline CIP cleaners
    • Process line detergents for dairy and beverage production plants
    • Foam-control rinse aids for automated cleaning units

    5. Oilfield Production Chemicals (Drilling and Stimulation Fluids)

    Oilfield chemical service companies formulate specialty drilling fluids and well stimulation additives using Amphitol 24B for its surfactant and wetting properties. It manages emulsification in oil- and synthetic-based muds, controls interfacial tensions during formation cleanup, and enhances solid particle dispersion, reducing risk of stuck pipes and improving filter cake removal. Performance remains stable under wide salinity and temperature ranges typical in downhole operations, with positive effects on lubricity and rheology control in multiphase fluid engineering.

    Industry compliance standards

    • API RP 13B-1/-2 drilling fluid testing procedures
    • OECD 301 biodegradability protocols for environmental acceptability
    • NACE MR0175/ISO 15156 (compatibility with sour service environments)
    • REACH and GHS chemical labeling compliance

    Typical usage ratio

    • 1.0–3.5% by weight of fluid system; may vary up to 5.0% in high-solids or extreme downhole scenarios

    Downstream process integration

    • Dosing via liquid metering and recirculation blending in mud plants
    • Addition to base fluid during mud-up or stimulation additive slurry make-up
    • Field adjustment based on fluid loss and emulsion stability criteria

    Final product types

    • Inhibited drilling muds for directional and high-angle wells
    • Completion fluids for sand control and post-fracturing cleanup
    • Stimulation surfactant packages for acidizing and matrix treatments

    6. Personal Care Product Manufacturing (Shampoo & Liquid Soap Concentrates)

    Personal care manufacturers employ Amphitol 24B as a key amphoteric secondary surfactant in mild cleansing formulations. It contributes to controlled lather, viscosity tuning, and skin compatibility—critical for products marketed as hypoallergenic or baby-safe. The surfactant balances anionic/cationic surfactant systems, supporting stable microemulsions and enhancing tactile qualities of final products. It exhibits strong compatibility with sensitivity-tested and sulfate-free claims, allowing streamlined product line upgrades without reauthorization of microbiological stability.

    Industry compliance standards

    • Cosmetic Ingredient Review (CIR) Expert Panel safety assessments
    • EU Cosmetics Regulation EC 1223/2009
    • China National Medical Products Administration (NMPA) hygiene standards
    • ISO 22716 Cosmetic GMP implementation

    Typical usage ratio

    • 3.0–10.0% of total formulation; ratio shifts to balance foam, mildness, and cost-in-use targets

    Downstream process integration

    • Direct batch or inline addition during surfactant phase assembly
    • Blending with salt and viscosity modifiers after main surfactant addition
    • pH adjustment and performance verification in finished base and perfumed variants

    Final product types

    • Liquid shampoos for salons and retail
    • Facial cleansers and skin-friendly washes
    • Baby wash and hypoallergenic liquid soap concentrates
    Free Quote

    Competitive Amphitol 24B prices that fit your budget—flexible terms and customized quotes for every order.

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    Certification & Compliance
    More Introduction

    Experience and Benefits of Amphitol 24B from Our Production Line

    Manufacturing surfactants means resolving the complex chemistry our customers count on, batch after batch. Amphitol 24B has developed into a staple in our facility because of how reliably it performs where balance and versatility matter. This product, classified as a coco betaine, stands out for the mix of cost-efficiency and technical value it delivers. Over years on the line, our teams refine the process, monitor parameters at every stage, and check physical properties right down to color, odor, pH, and purity. This attention gives us confidence in how Amphitol 24B works in end-use products, and it keeps our customers coming back for consistent results.

    Why We Choose Coco Betaine Chemistry

    Our process starts with natural coconut oil as the feedstock, breaking it down into fatty acids before building the betaine structure. This method gives Amphitol 24B a lauryl (C12-C14) backbone, which brings mildness compared to harsher surfactants. We monitor the amine value, ensure the ratio of components stays tight, and avoid contaminants that can cause instability down the line. The final result is a clear to pale yellow viscous liquid with a typical active matter around 30 percent, enough to provide excellent Cleaning and foaming but mild enough for leave-on or frequent-use formulas. Each batch runs through hands-on inspection, confirming viscosity, specific gravity, and appearance before it ships out.

    Everyday Performance in Formulation

    Our customers often face the challenge of combining cleaning power with low skin and eye irritation. Feeding in Amphitol 24B to a formula cuts the need for harsher agents. This secondary surfactant boosts foam without relying on traditional substances alone. In shampoos, hand soaps, baby washes, and facial cleansers, it limits the dryness and sting that can chase customers away from a brand. From what we see in repeated batches and customer feedback, Amphitol 24B holds foam well, stabilizes viscosity in diverse pH ranges, and allows for easy rinse-off when blended even with hard water in mind.

    Taking a Practical Approach in Production and Handling

    Producing Amphitol 24B at scale has taught us efficiency matters at every turn. The fluid form pours smoothly—avoiding blockages during transfer and metering into mixing tanks. Operators find it easy to weigh, dilute, and blend, which keeps the workflow moving and reduces downtime. Since it tolerates various temperatures and holds up against microbial growth when handled cleanly, we see few headaches during storage or transport. Clear labeling, regular batch tracking, and third-party verification have become habits, not afterthoughts, ensuring what reaches the filling line matches what left our tanks.

    What Sets Amphitol 24B Apart from Other Surfactants on the Market

    The world of surfactants can overwhelm even experienced eyes. From our view on the plant floor, not all betaines are the same. Many competitors offer what they call “coco betaine,” but cut corners on raw material quality or control the reaction poorly. This causes trace residuals, off-odor, and unreliable actives. We invest in process controls and upgrade equipment every year to prevent such problems. Several leading brands blend their betaines with longer-chain fatty alcohols or introduce synthetic additives. These tweaks alter viscosity or add unwanted harshness.

    Amphitol 24B holds its identity as a true coco-based surfactant, without excessive impurities or questionable stabilizers. Its cost-effectiveness comes from stable sourcing and long-term supplier contracts, not from skimping on quality. We’ve chosen not to dilute its active content further by increasing salt or water, which lets formulators use less and maintain desired viscosity. This approach serves both contract manufacturers and consumer brands with batch-to-batch repeatability that helps avoid costly recalls or customer complaints.

    Skin Sensitivity, Environmental Impact, and Sustainability in Focus

    Another lesson from hands-on work in the chemical industry: regulations shift fast, and customer expectations rise just as quickly. With Amphitol 24B, we take the “mildness” promise seriously. Our routine in-process checks include measuring residual amines and free amine oxide, both known irritants at higher levels. Labs run skin compatibility testing in-house before these batches leave the gate. This product continues to meet EU and North American standards for permitted ingredients in personal care, keeping it accessible across global markets.

    Sustainability also guides our raw material and energy decisions. Truthfully, not every product at industrial scale can beat everything from a carbon or renewables perspective, but coco betaine chemistry gives us a head start. Coconut-based feedstocks recover faster than palm or petroleum-sourced analogues. Any coconut waste gets recycled into steam for our reactors, closing part of the loop. Each year, the plant aims for fewer emissions and emissions tracking follows direct feedback from customers who ask for data on ingredient safety and origin.

    Solving Technical Challenges in Complex Formulas

    With decades invested in chemical manufacturing, we know most customers need more than an off-the-shelf solution. Many face issues of haze, separation, or phase instability when creating products that combine thickening, cleaning, and conditioning. Amphitol 24B’s amphoteric structure allows it to partner up with anionic surfaces such as Sodium Laureth Sulfate or Sodium Lauryl Sulfate without causing incompatibility. This synergy stabilizes foam and thickens the formula without increasing irritation. Amphitol 24B also tolerates common preservatives and fragrances, giving formulators more flexibility when developing unique scents or free-from formulas meant for sensitive users.

    Even with pH swings from about 4 to 8, this surfactant maintains stability. It thickens up under salt addition, so formulators achieve their target viscosity without extra thickeners or gums. This quality saves time and cost in large-scale manufacturing, simplifying the blend while improving shelf life and transport stability.

    Amphitol 24B for Industrial and Institutional Cleaning

    Outside of the personal care world, Amphitol 24B adapts to industrial and institutional cleaning lines. Each time we run a campaign for hard surface cleaners, vehicle washes, or multi-purpose cleansers, this coco betaine shows its value as a degreaser and wetting agent. Normal usage sees brave equipment operators handling everything from restaurant flooring to commercial vehicles doused in dirt. Feedback from facility managers and janitorial suppliers often focuses on two things: speed of rinsing and lack of residue. Amphitol 24B offers strong wetting, making it easier to lift soils and oil off both porous and non-porous surfaces. Streaking stays minimal, and there is no lingering odor, since we keep side-reaction byproducts below trace levels by minding our purification and blending steps.

    In food-contact or safety-sensitive environments, customers rely on predictable foaming at low concentrations. Amphitol 24B creates thick foam with less usage, limiting water waste and accelerating cleanup. Its natural origin keeps it on the accept list for “greener” or low-tox formulations, so customers don’t face compliance problems after product launches.

    Real-World Benefits for Blenders and Formulators

    Our teams field questions about viscosity, solubility, and shelf life nearly every week. Having manufactured Amphitol 24B for years has given us the advantage of experience: we know this product tolerates change and scale. Diluting out with water or adjusting salt levels gives flexibility across haircare, skincare, and household applications. Long-term stability tests run in 5-litre, 50-litre, and full IBC tank presentations show limited settling, allowing customers to commit to larger runs with confidence.

    Another area we track closely is mixability with other core ingredients. Amphitol 24B dissolves easily at ambient temperature, cutting energy costs for heating large batches. Mixers stay cleaner, transfer lines clear without clogging, and filter changeouts drop due to the product’s minimal insoluble matter. When scaling up, customers don’t lose sleep worrying about formulation drift or clumping.

    Support for Regulatory and Market Claims

    Manufacturers today walk a fine line between legal, marketing, and consumer safety teams. Amphitol 24B provides a simple declaration: derived from coconut, low allergen, and manufactured in GMP-compliant facilities. Full traceability follows every drum. Our technical docs include detailed breakdowns of amide content, pH range, and trace amine residue results from third-party labs. This documentation supports claim substantiation for “natural origin” and “mild” labels in markets where diglyceride and petroleum derivatives are frowned upon.

    Supply chain transparency means a lot to brands facing scrutiny from retailers and activists alike. We provide details on country of origin for raw materials, batch production logs, and testing routines. Customers with vegan, cruelty-free, or no-animal-testing commitments find Amphitol 24B lines up well with their values because the entire supply chain remains plant-based, and the manufacturing process avoids cross-contamination with animal-derived substances.

    Continuous Improvement: Listening to the Production Line and Our Customers

    Making a surfactant isn’t just about delivering a drum. From our earliest days, every feedback call, complaint, or adjustment request has catalyzed change. Our in-house engineering team regularly tracks viscosity drift, foaming power, and color changes—adjusting process pressure, reaction temperature, and feed timing to improve every batch. Switching from open-top blending to closed-loop transfer a few years back cut down on exposure and product loss, leading to a measurable bump in consistency.

    Batch records and statistical process control provide the backbone, but true progress originates from production line operators and customers alike. Simple changes—improved cleaning of pipework, upgrades in filtration, smarter agitation—feed back into higher purity and lower failure rates. Customers who bring us problems in blending or complaints about incompatibility often trigger new scale-up tests or alternate raw material sourcing. This ongoing relationship, forged face-to-face or over video calls, shapes the way we manufacture Amphitol 24B and the specification targets we set in partnership with our clients.

    Comparing Amphitol 24B to Common Alternatives

    We’ve run pilot and market-scale batches against classic surfactant blends: Cocamidopropyl Betaine, Sodium Cocoamphoacetate, and imidazoline-based amphoterics. Time after time, the simplicity and predictable performance of Amphitol 24B prove more effective for brands focused on gentle cleansing with sustained foam. Cocamidopropyl Betaine often raises concerns about trace impurities such as nitrosamines or residual amides, since many supply chains skimp on intermediate purification. By setting a high standard for both raw materials and finished product, Amphitol 24B remains consistent without the chemical baggage of these analogues.

    Sodium Cocoamphoacetate offers high mildness but at a steeper price, with some foaming and cleansing compromises. For commercial and personal care producers watching cost per litre and performance, Amphitol 24B bridges the gap, offering a solution that ticks key regulatory and user-experience boxes without driving up end-product pricing. Imidazoline derivatives sometimes introduce color and odor challenges in transparent products; Amphitol 24B stays clear at the recommended dilution, permitting use in transparent or pearlized cleansers.

    How We Respond to Evolving Safety and Environmental Requirements

    The surfactant category faces ongoing review by global authorities and retailers. Regulatory shifts on allergens, irritants, and microplastics keep manufacturers like us on our toes. Our team tracks changes in REACH, US FDA, and Health Canada regulations, adjusting both source and process. For Amphitol 24B, this means tighter control over input coconut fatty acid purity and diligent documentation through every campaign. This product carries no microplastics, meets aquatic toxicity standards at typical concentrations, and can be used in lines that claim “biodegradable.”

    Over the past few years, certifications—vegan, non-GMO, and low-carbon—have gained ground as purchase drivers. We maintain records for auditors and avoidance claims, and offer support documentation for finished products aimed at premium mass-market or green-labeled retailers. Our own employees handle customer questions about regulatory updates, ingredients, or product integrity, offering technical support based on hands-on factory experience, not canned answers.

    Meeting the Next Generation of Formulations

    Personal care and cleaning needs keep changing. New formats like waterless cleansers, bar shampoos, and ultra-concentrates depend even more on the stability and mildness of their core surfactants. Formulators approach us with these challenges: less water, more active, stable without refrigeration, and zero stickiness or separation. Amphitol 24B fits these needs through its ability to retain clarity, texture, and low irritation across a variety of concentrations and pH zones. As the “free-from” movement grows, our product supports sulfate-free, low-allergen, and fragrance-free innovations. Product marketers can use the real documented history from our labs and production lines to educate and reassure end-users wary of harsh or unfamiliar ingredients.

    Production in modern plants, with in-line mixing, computer-aided formulation, and rapid safety data collection, keeps risk low and performance steady. We keep feedback loops open with customers, tracking use cases and sharing process improvements so every batch we deliver to market represents another step forward in surfactant manufacturing.

    Conclusion

    Years of hands-on experience show that simple, clean chemistry outperforms over-complicated blends. Amphitol 24B, made from sustainably sourced coconut feedstock and tracked through rigorous process controls, gives our customers efficiency, flexibility, and safety. Each drum comes backed up by labs, operators, and support teams who know the needs and challenges of manufacturing better cleansing and foaming products. Through detailed oversight and long-term collaboration, we ensure that every litre of Amphitol 24B matches the needs of a fast-moving and safety-focused market.