Products

Piroctone Olamine

    • Product Name: Piroctone Olamine
    • Alias: Octopirox
    • Einecs: 294-929-6
    • Mininmum Order: 1 g
    • Factroy Site: Yudu County, Ganzhou, Jiangxi, China
    • Price Inquiry: admin@ascent-chem.com
    • Manufacturer: Ascent Petrochem Holdings Co., Limited
    • CONTACT NOW
    Specifications

    HS Code

    396345

    Inci Name Piroctone Olamine
    Chemical Formula C16H30N2O3
    Cas Number 68890-66-4
    Molecular Weight 298.42 g/mol
    Appearance White to pale yellow crystalline powder
    Solubility Soluble in ethanol and propylene glycol, poorly soluble in water
    Primary Use Antifungal agent, commonly in anti-dandruff shampoos
    Melting Point Approx. 133-136°C
    Odor Odorless or nearly odorless
    Ph Stability Range 5.0 - 9.0
    Synonyms PIROCTONE OLAMINE, Octopirox
    Shelf Life Typically 3 years under recommended storage conditions

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

    Packing & Storage
    Packing The 1kg Piroctone Olamine is packaged in a sealed, white HDPE plastic drum with a tamper-evident lid and clear labeling.
    Shipping Piroctone Olamine is shipped in tightly sealed, high-density polyethylene or fiber drums, typically lined with food-grade plastic bags to prevent contamination. The containers are clearly labeled, moisture-protected, and stored in a cool, dry place. Transport complies with relevant chemical safety regulations to ensure stability and maintain product integrity during shipment.
    Storage Piroctone Olamine should be stored in a tightly closed container, in a cool, dry, and well-ventilated area away from direct sunlight and moisture. It should be kept at room temperature, protected from incompatible substances such as strong acids and oxidizers. Ensure proper labeling and avoid exposure to excessive heat or humidity to maintain product stability and effectiveness.
    Application of Piroctone Olamine

    Applications of Piroctone Olamine in Industrial Manufacturing

    Piroctone Olamine serves as a key performance ingredient in several specialized manufacturing sectors. Its broad-spectrum antimicrobial properties and low irritancy support precise formulation work for end-use producers. As a chemical raw material manufacturer, we work with leading companies to deliver batch consistency and conforming quality for regulated downstream processes.

    1. Anti-Dandruff Systems for Personal Care Formulation

    Piroctone Olamine is widely used as the primary anti-dandruff active in hair care production lines. Leading personal care manufacturers incorporate it directly into shampoo and hair tonic blending tanks after the surfactant phase; this supports clear flake reduction claims while minimizing scalp irritation risk. The ingredient remains stable at typical product pH and ensures microbial purity throughout shelf life. Formulation chemists adjust its load to balance regulatory requirements and sensory acceptance across global target markets.

    Industry compliance standards

    • EU Cosmetics Regulation (EC) No 1223/2009, Annexes III and V
    • China National Cosmetic Safety Standard GB/T 29665
    • US FDA OTC Monograph Guidelines for Antidandruff Agents
    • ISO 22716 Good Manufacturing Practices for Cosmetics

    Typical usage ratio

    • Typically 0.2%–1.0% by weight, with most rinse-off formulas at 0.5%–0.7%.
    • Higher ratios require efficacy and safety validation per region.
    • Load adjustment based on target anti-fungal claim and hair type requirements.

    Downstream process integration

    • Added post-emulsification or in cool-down phase after temperature-sensitive actives.
    • Dissolved in aqueous or ethanol medium before batch mixing.
    • QC test for uniform dispersion and antimicrobial preservation challenge.

    Final product types

    • Anti-dandruff shampoos
    • Medicated scalp lotions
    • 2-in-1 shampoo-conditioners
    • Leave-on hair serums for scalp care

    2. Preservative System in Leave-On Skin Care Manufacturing

    Cosmetic facilities use Piroctone Olamine as a secondary preservative or main antifungal agent in skin creams, lotions, and sprays, especially in hydro-based or natural formulas where standard preservatives may be restricted. This material helps maintain product microbiological safety across extended shelf life, including in systems with organic acids or plant extracts. Technologists verify the compatibility with other antimicrobial substances, adjusting the ratio according to the end-market’s maximum allowed preservative levels.

    Industry compliance standards

    • EU Cosmetics Regulation (EC) No 1223/2009, Annex V preservative list
    • Japan MHLW Specifications of Cosmetic Ingredients
    • ASEAN Cosmetic Directive preservative limits
    • US FDA GMP (21 CFR 700.3)

    Typical usage ratio

    • 0.05%–0.5% in leave-on emulsions and hydrogels
    • Higher use constrained by local regulation for preservative actives
    • Adjustment for water activity, packaging type, and natural oil content

    Downstream process integration

    • Dispersed post-emulsification before final product cooling
    • Compatibility tests with cationic or nonionic surfactants
    • Preservative efficacy test (PET) required per batch for regulatory approval

    Final product types

    • Face creams
    • Hydrating lotions
    • Sun-care sprays
    • Post-shave balms

    3. Hygiene Product Manufacturing (Antifungal Foot Care)

    Industrial producers of antifungal powders and sprays for foot and body application employ Piroctone Olamine as the primary biocidal component, targeting dermatophyte growth on skin. It is favored for its high activity at low dosages and reduced likelihood of sensitization compared to azole-based agents. Chemists optimize its dose to meet local antipathogen requirements and accommodate diverse powder bases and delivery systems, such as talc and starch blends.

    Industry compliance standards

    • European Pharmacopoeia (Ph. Eur.) monograph for topical antifungals
    • US FDA Monograph for Health Care Antiseptic Drug Products
    • ANVISA Brazil RDC No. 07 Topical Drugs
    • ISO 13485 for Medical Device Components (if integrated in medicated pads/socks)

    Typical usage ratio

    • 0.15%–0.7% in medicated powders
    • 0.1%–0.6% in foot sprays
    • Adjusted based on product delivery route (aerosol, stick, powder) and target microbe spectrum

    Downstream process integration

    • Dry blend with carrier before filling and packaging
    • Aseptic mixing required for sensitive spray systems
    • QC includes microbiological challenge and active content verification

    Final product types

    • Medicated foot powders
    • Antifungal aerosol sprays
    • Hygiene wipes for sports use
    • Medicated shoe insole treatments

    4. Antimicrobial Packaging Additives for Polymeric Films

    Piroctone Olamine is increasingly utilized by industrial film and flexible packaging manufacturers seeking to impart antimicrobial and antifungal properties to food-contact and personal care packaging. The material is incorporated during masterbatch compounding, enabling functional migration within polymer matrixes. It provides a protective barrier against mold and bacteria on product surfaces during storage and transportation, especially for damp or organic-rich packed goods.

    Industry compliance standards

    • EU Plastics Regulation No 10/2011 for Food Contact Materials
    • US FDA CFR 21 177.1520 (Olefin Polymers)
    • China GB 9685-2016 Additives for Food Contact Materials
    • ISO 22000 for Food Packaging Manufacturing Safety

    Typical usage ratio

    • 0.1%–0.5% by weight per masterbatch, depending on target antimicrobial performance
    • Ratio fine-tuned to polymer matrix (PE, PP, PET) migration requirements
    • Adjust according to film gauge and food type

    Downstream process integration

    • Compounded into resin at extrusion prior to film blowing or lamination
    • Tested for migration and non-toxicity per relevant food safety rules
    • Batch QC on antimicrobial load and mechanical film properties

    Final product types

    • Food wrap films (fresh bread, deli meat)
    • Personal care wipe sachets
    • Mold-resistant transport liners
    • Antifungal food container linings

    5. Specialty Coatings for Leather and Textile Preservation

    Leather finishing and textile coating operations use Piroctone Olamine to formulate biocidal finishes that suppress mold and fungal growth in humid storage and transit. The material integrates with waterborne or solvent-based coating systems, offering durable effectiveness without affecting substrate appearance or softness. Coating manufacturers calibrate load levels to meet industrial and export regulations, while balancing requirements for flexibility, abrasion resistance, and long-term antimicrobial function.

    Industry compliance standards

    • REACH Regulation (EC) No 1907/2006 for Biocidal Products
    • China GB/T 10654-2021 for Leather Chemical Treatment
    • OEKO-TEX Standard 100 Appendix 6 (Textile Substance Limitation)
    • EU Biocidal Product Regulation (BPR) No 528/2012

    Typical usage ratio

    • 0.2%–0.8% in finishing coatings
    • Higher loads for goods in tropical or high humidity export routes
    • Adjusted in proportion to coating solids and application thickness

    Downstream process integration

    • Blended into coating formulation prior to film formation
    • Applied by spray, dip, or knife-coating onto substrate pre-drying
    • QC for uniformity, adhesion, and antimicrobial spectrum coverage

    Final product types

    • Finished automotive leather
    • Upholstery textiles with antifungal backing
    • Industrial safety gloves
    • Shoe upper coatings

    Free Quote

    Competitive Piroctone Olamine prices that fit your budget—flexible terms and customized quotes for every order.

    For samples, pricing, or more information, please contact us at +8615365186327 or mail to admin@ascent-chem.com.

    We will respond to you as soon as possible.

    Tel: +8615365186327

    Email: admin@ascent-chem.com

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    Certification & Compliance
    More Introduction

    Piroctone Olamine: A Reliable Solution Rooted in Manufacturing Experience

    Understanding Piroctone Olamine from a Manufacturer’s Perspective

    Piroctone Olamine earned its reputation as an essential ingredient among the world’s most trusted anti-dandruff actives, but that’s just one side of its story. As the team behind its consistent production, we have worked with this product in our reactors, monitored its stability in various storage conditions, and collaborated with formulators to address challenges that arise during blending or final-product testing. Over the years, we have watched the anti-fungal landscape evolve, but Piroctone Olamine has continued to stand out, not only because of its proven performance but also for its safety profile and compatibility with a wide spectrum of personal care ingredients.

    Material Form and Specification: What Our Team Manufactures

    Our Piroctone Olamine comes in a fine, white crystalline powder form. This form allows for easy dissolution and predictable dispersion in final formulations. Each batch undergoes rigorous QC using spectroscopic analysis and HPLC (High-Performance Liquid Chromatography), with purity levels that reach the industry standard, consistently kept above 99%. Moisture, heavy-metal content, and pH values fall within the guidelines recognized by personal care regulators around the world, including those that supply both mass-market and specialty cosmetic brands. By calibrating drying and filtration steps at the right junctions, we reduce physical impurities and avoid caking, which sometimes plagues anti-fungal powders shipped over long distances.

    Our Approach to Manufacturing Consistent, High-Purity Material

    We know that every customer, from global personal care corporations to boutique shampoo brands, expects steady supply and reproducible results in their in-house stability or microbiology tests. That consistency starts here, in our reactors and crystallization vessels. Each process batch is tracked. Tight control over temperature-ramp rates, agitation speeds, and filtrate volumes prevents off-grade material and promotes uniform crystal size. Quality control chemists run lot samples through both chemical and physical purity checks before we approve them for final packaging. This hands-on approach has helped us develop a feedback loop with our partners, catching potential problems before a container leaves our facility and solving challenges unique to particular scale-ups.

    Why Piroctone Olamine Remains a Standout Active Ingredient

    Comparing Piroctone Olamine to older alternatives, certain advantages show up immediately. Zinc pyrithione, once a dominant player, faced increasing regulatory restrictions in cosmetics, especially in Europe. Climbazole and ketoconazole offer strong anti-fungal activity, but raise concerns over irritation at higher concentrations and can create formulating headaches when chemists work with sensitive surfactant blends or acidic systems. By contrast, Piroctone Olamine delivers broad-spectrum anti-fungal protection targeting Malassezia species, a leading cause of dandruff, without the same irritation triggers at similar dosages. Its water solubility also simplifies rinse-off product design—fewer solubilizers needed in typical surfactant systems, less risk of incompatibilities or precipitation, and a much milder feel on the skin and scalp.

    Performance in Real-World Formulations

    Many commercial customers share their test results with us, and we factor that feedback into how we monitor and refine our production. Haircare formulators note that using our Piroctone Olamine keeps the active in solution for the entire shelf life of their finished products. Customers working in high humidity or exporting to variable climates report that our powder form resists clumping. Leading mass brands tell us that their fragrance systems and naturally derived surfactants remain stable, avoiding the discoloration seen sometimes with other anti-dandruff actives.

    Piroctone Olamine’s role isn’t limited to shampoo. Leave-on applications such as scalp treatments, body washes, and anti-fungal creams also rely on its mildness and compatibility. Some customers incorporate it as a deodorizing agent, exploiting its anti-microbial activity in foot sprays or underarm roll-ons. Across categories, product developers appreciate that they can achieve the desired microbiological effect at modest concentrations, reducing total formulation cost without compromising quality or user experience.

    Field Experience with Different Application Needs

    Each type of personal care base brings its own technical demands. Sulfate-free shampoos challenge active incorporation. We have worked side by side with customers’ labs to overcome precipitation and separation during pilot-scale trials, tweaking powder addition protocols and refining filtration on our end to reduce fines that otherwise clog transfer lines or pumps.

    Solid bars and waterless formulas have exploded in popularity. These typically call for tight control over powder particle size and predictable mixing characteristics. Our manufacturing team redesigned drying conditions to produce a material that disperses smoothly into anhydrous blends without leaving visible specks or grittiness. We coordinated with contract manufacturers to verify that our pilot lots matched their actual production performance before scaling up, making modifications in our own process when they identified handling or dispersion challenges.

    For scalp treatments and body washes with acidic pH, ingredient compatibility often drives rework in the final product if the anti-fungal agent destabilizes emulsions. Through direct discussions with brand formulators and our internal stability labs, we adjusted finishing steps to reduce counter-ion impurities and optimize pH. The result is a product that reduces haze and viscosity drift, even under challenging storage or product-use conditions.

    Comparing Piroctone Olamine to Other Actives in Practical Use

    From a raw material manufacturer’s perspective, success comes from feedback cycles between plant, customer lab, and finished product on the store shelf. Our close engagement with this process gives us clear insight into where Piroctone Olamine performs, and where it sets itself apart.

    With ketoconazole, customers run into supply limitations and patent encumbrances in certain regions. It also raises solubility and crystalization issues in mild surfactant systems or with botanically-based formula bases. Climbazole stands out for its efficacy but struggles with water solubility, limiting how low it can be dosed or how cleanly it dissolves in cold-process shampoos or gels.

    Our Piroctone Olamine material sidesteps these drawbacks. Its strong anti-fungal activity targets the main microbes behind scalp flaking without running afoul of region-specific ingredient lists. Its safety margin allows brands to reach desired results using mid-to-low concentrations, avoiding the irritation complaints that chase after some older actives at higher loads. For preservative applications, its broad spectrum helps brands gain extra assurance against spoilage, even as consumer preferences move toward lower-preservative, clean-label approaches.

    Attention to Traceability and Regulatory Requirements

    Traceability is non-negotiable in personal care. Regulators and end customers expect every raw material to have a clear chain of custody and documented compliance. We maintain comprehensive batch records, right down to the storage tanks and sources of each precursor in the synthetic pathway. That system forms the backbone of our regulatory submission packages for customers in markets like the EU, US, and Asia Pacific.

    When compliance rules shift, brand partners rely on our documentation to update their own files or respond to new guidelines. Our technical team stays abreast of evolving ingredient assessments by authorities such as SCCS and the US FDA, translating fresh guidance into updates in our batch controls and product labeling. By working with downstream users during their own regulatory audits, we help all sides stay ahead of paperwork hurdles, even as ingredient standards get stricter with each review cycle.

    Challenges That Come With High-Volume Production

    Scaling up Piroctone Olamine from the lab bench to multi-ton reactors brings its own hurdles. Reactant purity, humidity in delivery areas, and bulk powder handling can introduce off-spec product—issues only visible through careful scrutiny. Our engineers designed air-locked filling systems and humidity-controlled packaging rooms to keep moisture in check from production line to final drum. We regularly update our air and water filtration, keeping batch variation within target ranges.

    Transport adds its own risks. Piroctone Olamine’s low moisture and dust content keep shipping headaches to a minimum, but mismanaged storage at ports or along the supply chain can cause caking or quality drift. We work directly with bulk buyers and warehouse managers to share best practices for climate-controlled storage and rapid-rotation distribution, protecting both our reputation and the brand value of the customers we supply.

    Collaborating With Product Developers and Contract Manufacturers

    From early product conception to final packaging, direct lines of communication solve problems before they escalate. Our R&D group often collaborates on new prototype tests, bringing firsthand manufacturing insight that helps avoid formulation traps only evident once transport, scale, and shelf-life are considered. This includes guidance for mixing order, ideal concentration targets, and compounding techniques drawn from real process experience, not just technical literature.

    Contract manufacturers frequently request custom packaging sizes or particle specifications. Rather than a one-size-fits-all approach, our packaging floor fills both bulk fiber drums for automated lines and small-containers for early pilot runs, always documented with full lot and QC traceability. The flexibility of our production and warehousing teams helps minimize hold-ups or reformulation work on the client’s end.

    Staying Ahead in a Crowded Ingredient Marketplace

    The personal care market thrives on both innovation and reputation. Brands know that the story behind their raw materials matters. Our technical sales and quality assurance teams support customer launches with real data, not merely certificates—a commitment rooted in the transparency expected in today’s regulatory and consumer environment.

    Market trends continue to push for lower preservative loads, greater ingredient transparency, and more natural claims. Piroctone Olamine’s safety record, broad microbiological spectrum, and mild sensory profile support these demands. Because of the active dialogue between our manufacturing team and our customer network, our product matches real-world process and regulatory needs, from the smallest artisanal lab to the largest global shampoo plants.

    Supply Security and Risk Reduction in the Current Global Environment

    The last few years made raw material supply chains unpredictable. Weather disruptions, logistics gridlock, and shifting regulatory barriers forced every manufacturer to rethink sourcing and inventory. For customers, inconsistencies in anti-fungal or preservative sources threaten both product integrity and market access.

    Through vertical integration and careful planning, our team maintains a buffer inventory, timed restocking windows, and local warehousing options for key accounts. That investment in strong supply relationships allows our customers to launch new products, expand internationally, or weather port slowdowns with fewer interruptions. For brands entering new markets with stricter ingredient rules, our documented product lineage and longstanding batch record systems remove the uncertainty that comes with lesser-known or fly-by-night ingredient sources.

    Continuous Innovation In Blueprints and Batch Controls

    We do not stand still. Rising customer expectations for cleaner labels and new combination actives drive our ongoing pilot projects. That means designing improved synthesis routes with greener solvents, incorporating in-line purity monitoring, and re-evaluating drying and milling setpoints to match new downstream needs.

    As finishing product lines in the field demand even greater powder dispersion or increased solubility in water-light systems, our application team runs pilot batches using reflector-based sensors to refine particle-scale characteristics. Each process step faces continuous evaluation and improvement, both to ensure robust impurity profiles and to lower the energy and waste footprint in line with responsible manufacturing commitments.

    Practical Solutions for Persistent Formulation Issues

    Manufacturers hear about persistent headaches—sedimentation in high-viscosity bases, separation in waterless formulas, or color shift in vitamin-rich systems. These issues stem not just from ingredient choice, but from how materials interact at the micro-level. Combing through customer analytics and in-house stability studies, our technical support group pinpoints source problems and collaborates on tweaks, either to our own material properties or application methods suited to the specific production environment at the customer site.

    For packaging-sensitive brands, even minor improvements—such as reducing static buildup in powder transfers or minimizing powder loss in air-controlled blending—become differentiators that cut both cost and rework rates over the long run.

    Feedback and Shared Success Between Manufacturer and Customer

    Trust in Piroctone Olamine does not just come from white papers or regulatory clearance. It builds through years of shipment feedback, real-world performance, and fast support when challenges pop up unexpectedly in a new batch or product run. By investing in technical relationships and prioritizing transparency and rapid response, we ensure the material that leaves our plant measures up not just to chemical specifications, but to the functional and commercialization demands of the global market.

    Every drum, every kilogram, carries the trace of the teamwork and learning from hundreds of formulas tested, refined, and launched worldwide—ensuring that Piroctone Olamine’s value extends well beyond its anti-dandruff identity, and into the broader story of ingredient quality in modern personal care.

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