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Pentoxyverine

    • Product Name Pentoxyverine
    • Alias Silomat
    • Einecs 217-844-7
    • 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

    128909

    Generic Name Pentoxyverine
    Drug Class Antitussive
    Mechanism Of Action Central cough suppressant
    Route Of Administration Oral
    Dosage Form Syrup, tablet, drops
    Indications Relief of dry, non-productive cough
    Contraindications Hypersensitivity to pentoxyverine
    Common Side Effects Drowsiness, dry mouth, nausea
    Atc Code R05DB17
    Half Life Approximately 2-5 hours
    Prescription Status Varies by country, often OTC in some regions

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

    Packing & Storage
    Packing The Pentoxyverine packaging features a white and blue box, containing 100 mg tablets, with dosage instructions and safety warnings clearly displayed.
    Shipping Pentoxyverine is shipped in tightly sealed, clearly labeled containers to prevent contamination and degradation. It should be transported at controlled room temperature, away from moisture, heat, and direct sunlight. All shipping must comply with relevant regulations for pharmaceutical chemicals, ensuring safe handling and secure packaging to prevent leaks or spills during transit.
    Storage Pentoxyverine should be stored in a tightly closed container at room temperature, typically between 15°C and 30°C (59°F to 86°F). Keep it away from moisture, heat, and direct light. Store out of reach of children and pets. Avoid storing in the bathroom or areas with excessive humidity. Always follow local regulations and manufacturer’s instructions for safe chemical storage.
    Application of Pentoxyverine

    Applications of Pentoxyverine in Industrial Manufacturing

    Pentoxyverine serves specialized roles in regulated pharmaceutical manufacturing as a high-purity raw material for distinct categories of finished medicines. Below, we detail practical and compliant use-cases in downstream industrial production, each tailored to sector-specific process control, composition parameters, regulatory frameworks, and quality requirements.

    1. Antitussive Syrup Production (Prescription & OTC)

    Pharmaceutical manufacturers incorporate pentoxyverine as an active ingredient in cough suppressant syrups for the treatment of non-productive coughs. Precision handling, weighing, and blending protocols are implemented under validated GMP process controls, and formulation specifications carefully align with regional monographs and pharmaceutical standards to ensure finished product safety and efficacy. Ingredient proportions must be closely managed throughout syrup compounding, solution filtration, and aseptic filling procedures for commercial and hospital supply.

    Industry compliance standards

    • European Pharmacopoeia (Ph. Eur.) monograph 2752 for pentoxyverine citrate
    • US FDA 21 CFR 330.1 & OTC Cough Cold Monograph (where approved)
    • Current Good Manufacturing Practice (cGMP) per ICH Q7
    • WHO prequalification requirements for cough suppressants

    Typical usage ratio

    • 0.15% – 0.30% w/v of finished syrup; final dose adjusted according to country-specific maximum daily exposure limits, pediatric/adult labeling and active/inactive excipient matrices

    Downstream process integration

    • Add during the aqueous phase after bulk excipients dissolve, prior to homogenization and sterile filtration; maintain precise pH to support API solubility and stability; monitored by HPLC during in-process and final QC release

    Final product types

    • Ready-to-use oral cough syrups (sugar or sugar-free)
    • Pediatric drop formulations
    • Hospital-packaged bulk syrups for pharmacy compounding
    • Multi-dose prescription bottles for outpatient dispensing

    2. Oral Antitussive Tablet and Capsule Manufacturing

    Tablet and capsule production facilities use pentoxyverine as an active API for solid oral dosage forms aimed at dry cough management. The material undergoes pre-granulation mixing with excipients before high-shear granulation, followed by tableting or capsule filling lines. All process steps require documented traceability, blending uniformity, and finished product homogeneity, subject to in-process and batch-release analytical specifications under regional compliance.

    Industry compliance standards

    • European Pharmacopoeia (Ph. Eur.), Japanese Pharmacopoeia (JP), applicable US compendia
    • USP General Chapters for tablets/capsules dissolution
    • Good Manufacturing Practice (GMP) in accordance with PIC/S and EMA guidelines
    • National drug approval and labeling requirements for solid cough suppressants

    Typical usage ratio

    • 5–30 mg pentoxyverine per tablet or capsule, equating to 1–3% w/w dependent on dosage strength and tablet matrix; precise levels based on therapeutic index, bioavailability findings, and shelf stability studies

    Downstream process integration

    • Integrated during dry-mix granulation with diluents and tableting excipients; granules compressed to uniform weight and hardness; enteric or film coating step possible for taste masking; QC includes blend uniformity, weight variation, and dissolution testing

    Final product types

    • Solid oral antitussive tablets (uncoated or film-coated)
    • Gelatin or HPMC capsules containing active and inert fillers
    • Blister-packed single-dose or multi-dose tablet units
    • Bespoke solid dosage forms for hospital/private label distribution

    3. Phytopharmaceutical Combination Formulations

    Manufacturers of combination medications integrate pentoxyverine with plant-based actives for enhanced dry cough relief while supporting product differentiation in competitive regulated markets. Production lines validate the accurate introduction of APIs during multi-component blending, adjust process parameters for solubility and stability, and qualify finished goods to regional combinatory product authorizations where such combinations are permitted, especially in Central Europe and select Asian markets.

    Industry compliance standards

    • EMA guidelines for herbal medicinal products
    • German Drug Law (AMG) and BfArM (Bundesinstitut für Arzneimittel und Medizinprodukte) plant-based product registration
    • GMP (AMWHV, EU GDP) and ISO 13485 for combination medicines
    • Product-specific monographs (where required) detailing pentoxyverine content in multi-substance preparations

    Typical usage ratio

    • 0.1% – 0.28% pentoxyverine w/v for syrups; 10–20 mg per tablet or capsule; the active percentage optimizes the anti-tussive effect while avoiding over-targeting when combined with botanical extracts such as thyme or ivy

    Downstream process integration

    • Introduce after primary botanical extract solubilization but before final bulk filtration; blending with other actives and excipients tracked under validated batch records; real-time analytics verify homogeneity prior to bottling or blister packing

    Final product types

    • Herbal-antitussive oral syrups for adults and children
    • Multi-active film-coated tablets targeting dry cough symptoms
    • Mono-dose phials intended for on-the-go relief
    • Plant-based cough drops with measured synthetic actives

    4. Pharmaceutical Bulk Ingredient Compounding for Master Formulary

    Clinical compounding pharmacies and regional production centers source pentoxyverine in bulk for tailored master formulas, adapting concentrations to meet prescribers’ directives for individualized cough solutions. This scenario demands robust records for traceability, responsive supplier QC data, and secure handling protocols to support batch-safe, patient-specific formulation under pharmacist supervision, using real-time compounding technology.

    Industry compliance standards

    • USP <795> (Nonsterile Compounding) and <797> (Sterile Compounding where formulation demands)
    • EU Guidelines on pharmacy compounding and magistral/bulk preparation laws (Directive 2001/83/EC, Article 3)
    • National and regional Good Pharmacy Practice (GPP) standards
    • Active pharmaceutical ingredient (API) traceability per supplier audit trails and compounding batch records

    Typical usage ratio

    • 0.1% – 0.3% in oral solutions or suspensions as per physician order; tablets or capsules compounded at 5–20 mg per unit; ratio customized according to patient age, weight, and medical history

    Downstream process integration

    • API dispensed in controlled compounding suites using calibrated balances; blended into syrup bases, capsules, or lozenges with approved excipients; documentation covers all compounding steps, stability, and hand-off for pharmacist QC approval

    Final product types

    • Compounded cough drops or lozenges
    • Single-patient liquid preparations with tailored strengths
    • Hospital-apportioned dry powders for oral reconstitution
    • Pediatric-adjusted dosages for clinics and specialty care
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    Certification & Compliance
    More Introduction

    Pentoxyverine: Our Experience as Direct Producers

    Long-Standing Focus on Pentoxyverine Manufacturing

    We began producing Pentoxyverine at our manufacturing site after careful evaluation of the unmet need for reliable antitussives within both the finished formulation and active pharmaceutical ingredient sectors. As manufacturers committed to material consistency and measurable purity, we've invested in specialized reactors and engineered process controls to keep our product steady batch after batch. By handling every stage from raw material qualification to precise final characterization, we avoid pitfalls like cross-contamination and end-point drift that sometimes occur in distributed or bulk-packed stocks.

    From early pilot scale work, we noticed that Pentoxyverine synthesis throws unique challenges compared with more common cough suppressants. Its ether linkage and aromatic components require tight control over temperature and molar ratios throughout the reaction. Small fluctuations in these variables can push by-products above specification. Because we monitor every run using high-performance liquid chromatography, we spot deviations before they reach the end-user. Our long-term customers, ranging from international formulators to regional compounding pharmacies, benefit from this approach, reporting far fewer out-of-spec complaints.

    Why Pentoxyverine Matters in Cough Suppression

    Pharmacies and finished-dose manufacturers rely on a consistent Pentoxyverine source since it works differently than codeine, dextromethorphan, or pholcodine. Instead of acting mainly on opioid receptors or as an NMDA antagonist, Pentoxyverine blocks cough primarily at the central level—with much less risk of dependence or respiratory depression. This property means hospitals and clinics turn to medicines containing our ingredient for children, older patients, and any setting where opioid alternatives are required.

    Through decades of hands-on experience, we've seen global shifts in cough therapy regulations. Several governments press for less opioid-reliant protocols due to safety and abuse concerns. Pentoxyverine, as a non-opioid, fits today’s demand profile for safe cough control. Fewer unwanted sedative effects and decreased risk to breathing set our product apart in hospital and outpatient settings, especially for vulnerable groups. The direct feedback we’ve received from front-line practitioners shows preference for medicines built with Pentoxyverine because symptoms subside without the haze or risk that comes with classic narcotic options.

    Our Pentoxyverine: Model, Specifications, and In-Process Controls

    We supply Pentoxyverine in both API and formulated syrup-grade materials, with the most widely requested model being Pentoxyverine Citrate. The production line is built for rapid change-over and small-to-mid batch optimization. Finished API typically comes with tight assay windows—often 98.0% to 102.0% range—while related impurities are consistently below 0.5%. Our in-house QC team runs every lot through not only HPLC but also FTIR and Karl Fischer titration to spot moisture shifts. These steps stem from hundreds of days working directly with Pentoxyverine, not just translating from pharmacopeia or supplier templates.

    Formulators regularly ask us which grades show the lowest risk of discoloration in solution. Through iterative pilot work, we've learned that trace metal content and residual solvents can drive off-color reactions over time—a problem for both consumer acceptance and regulatory release. Our process employs chelating washes and a final vacuum step, holding metal ions and solvents well below pharmacopeial cutoffs. This not only meets but, based on our analytical records, surpasses international requirements for finished cough syrups.

    Critical Differences from Other Antitussives

    Long before regulatory bodies warned about opioid-based cough inhibitors, we observed practitioners seeking a medicine that offered both direct symptom relief and a better safety margin. Pentoxyverine does not carry the same risk profile as either codeine or dextromethorphan. Hospitals report less patient confusion, fewer withdrawal concerns, and no need for narcotic accounting protocol with our material. We have also received feedback from compounding pharmacists about easier integration into multi-drug regimens due to fewer interaction flags. Because Pentoxyverine lacks the enzymatic induction seen with some central cough suppressants, clinicians have more flexibility when managing complex patient cases.

    Our technical team fielded many questions from customers familiar with older products, such as pholcodine or ethylmorphine, which can produce active metabolites interfering in drug screenings. Pentoxyverine does not react in this manner. Lab analysis confirms its breakdown products do not confound screening processes, greatly simplifying compliance for occupational health clients and rehab clinics.

    Many active ingredients, including some non-narcotics, rely on excipient stability for full shelf life. We designed our purification steps after receiving initial complaints about precipitation in compounded syrups—often traced to trace acid residues or polymerizing agents from mainstream suppliers. Our unique washing and dried-by-design stabilization steps leave less than 100 ppm of process residuals. We now regularly receive customer reviews noting clear solutions for the full shelf period without visible breakdown. This emerged not from R&D plans but through hands-on troubleshooting and direct talks with formulators across several continents.

    Usage Insights from Customers and Partners

    Most of our partners prepare finished products by direct blending with aqueous or syrup phases. Since raw Pentoxyverine can be sensitive to UV and oxygen, we've sequenced packaging steps to minimize light and air exposure. Customers who re-package into unit doses or hospital formulations have cut waste due to discoloration by up to 95% compared with previous suppliers. Shelf samples, checked annually, maintain both color and content within labeled tolerance for at least two years.

    Through use in both hospital and home-care settings, dosing remains more consistent because analytical work confirms lot-to-lot uniformity. Formulators routinely report that revalidation time shrinks each year, since our certificates track tightly with their own QC data. Finished products often pass regulatory review sooner due to detailed primary documentation, which our own in-house batch records support. Two decades in pharmaceutical chemicals taught us that quality evidence matters most when regulators or patient advocates ask probing questions.

    In regions where over-the-counter cough medicine rules change overnight, supply flexibility matters as much as raw batch specification. By running real-time batch tracking, we keep product available year-round, even during seasonal spikes or new export rules. Customers who once suffered from month-long shortages note steady supply since switching direct to our site. This reliability came from continuous dialogue between our commercial and production managers, not as an afterthought but part of our company’s working culture.

    Risks, Traceability, and Compliance Efforts

    We have seen counterfeit Pentoxyverine surface during periods of global disruption. These materials, often lacking trace documentation, have endangered patients and drawn scrutiny from national health authorities. As direct manufacturers, we retain full documentation on all inputs, processes, and lot-specific analytical results. Each delivered batch can be traced back to its original raw material source and each critical procedure step. Over the years, we’ve faced independent audits by both client regulatory teams and government agencies, finding that our detailed batch records have enabled swift acceptance and limited recalls to only a handful of cases, always traceable to downstream re-packaging, not our site.

    Another key compliance issue in Pentoxyverine production is environmental impact. Years before new discharge thresholds, we retooled our waste treatment to reduce solvent emissions and chemical effluent. The shift followed input from local community health advocates who sought measurable emissions reductions. By switching to closed-loop solvent systems and biologically-active effluent treatment, we have maintained environmental monitoring readings under both national and international targets. This track record helps our customers pass their own sustainability audits—feedback we receive every renewal season.

    Supporting Healthcare and Research with Quality Pentoxyverine

    Pharmaceutical researchers approach us for high-purity Pentoxyverine to study structure-activity relationships, new formulation matrices, and stability under stress conditions. Our technical team supports these projects by offering both extra-analytical data and, where needed, custom grades free from particular contraindicated residues. We have seen projects progress from bench research to registration batches because labs could depend on our exact substance quality from pilot to commercial scale. Having a line open with researchers has also refined our own in-process targets, as clinical results sometimes highlight aspects that aren’t apparent in the plant.

    Direct collaboration with regulatory consultants helped us identify specific impurity thresholds that influence final product registration outcomes, especially EU and APAC filings. Sharing analytical data on related substances, stability, and packaging compatibility has helped bring more finished medicines to patient markets with reduced registration cycles. Since we serve both branded and generic manufacturers, the flexibility of our Pentoxyverine grades grew in step with customer innovation.

    Anticipating the Next Chapter for Pentoxyverine

    Shifting cough remedy regulations and increased focus on non-addictive symptom control keep pushing demand for Pentoxyverine. We see growing interest in pediatric and geriatric formulations, since these populations tolerate this type of therapy better than standard opioid products. Our process supports new dosage forms, including orally disintegrating tablets and extended-release suspensions, with API batches that cleanly pass revalidation after each reformulation trial. Each new delivery method brings questions from innovators about solubility, compatibility, and shelf life—issues we address using real-world performance data for our substance in various excipient systems.

    Global supply chains move faster today, but only a handful of suppliers can document each step from raw material to sealed container. Direct production ownership means we can quickly answer new compliance requests, generate custom documentation, and bring new capacities online to handle short-notice surges. Continuous dialogue with our partners allows us to invest in the next round of upgrades, expand trace analyses, and refine environmental controls. We are not chained to legacy batch sizes or stepwise improvements, but keep changing in response to direct stakeholder feedback and regulatory science—not only market price.

    Resolving Procurement, Supply Chain, and Quality Questions

    Buyers selecting Pentoxyverine for commercial drug products or hospital compounding face tighter documentation requirements compared with most non-controlled actives. Only manufacturers controlling the entire chain—from sourcing to filling—can provide up-to-date records and detailed impurity mapping. Through ongoing collaboration with both regulatory bodies and hospital buyers, we offer updates on supply risk avoidance, not as one-time statements but as part of ongoing support. This commitment has attracted clients with memories of product shortages or qualifying lapses from bulk import routes.

    Those seeking custom volumes or tight delivery windows work directly with our batch scheduling engineers to ensure uninterrupted supply. Because we synchronize production planning with partner forecasts, there are fewer instances of partial shipments or aged inventory. The result: more predictable pricing, reduced holding costs, and tracked expiry for every order.

    Partnering with Us for Steady Treatment Outcomes

    We designed our Pentoxyverine line with decades of direct manufacturing, not from a brokerage or detached supply office. Every improvement, adjustment, and record originated in our own plants, responding to feedback from hospitals, compounding pharmacies, and nutraceutical developers. For those who need a proven non-narcotic antitussive in high-purity format, our records and field experience speak for themselves. Tracking each batch through its journey and standing ready to answer tough compliance questions, we help ensure that every dose given to a patient reflects the highest standards built by direct, responsible chemical manufacturing.