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Petrac MG 20 NF

    • Product Name Petrac MG 20 NF
    • Alias Petrac MG 20NF
    • Einecs 310-193-6
    • 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

    956679

    product_name Petrac MG 20 NF
    type Magnesium Oxide
    appearance White powder
    magnesium_content ≥ 90%
    loss_on_ignition ≤ 6%
    moisture_content ≤ 0.5%
    bulk_density 0.30 - 0.50 g/cm³
    particle_size < 45 µm
    pH_value 10.0 - 11.0 (10% solution)
    solubility_in_water Very low
    CAS_number 1309-48-4

    As an accredited Petrac MG 20 NF factory, we enforce strict quality protocols—every batch undergoes rigorous testing to ensure consistent efficacy and safety standards.

    Packing & Storage
    Packing Petrac MG 20 NF is typically packaged in a 25 kg white plastic bag, clearly labeled with product details and safety information.
    Shipping **Shipping Description for Petrac MG 20 NF:** Petrac MG 20 NF should be shipped in sealed, corrosion-resistant containers, kept dry and protected from direct sunlight. Handle with appropriate safety measures, using gloves and eye protection. Ensure proper labeling according to regulatory standards. Avoid contact with incompatible substances and follow all local, state, and federal shipping regulations.
    Storage Petrac MG 20 NF should be stored in a tightly closed container in a cool, dry, and well-ventilated area away from moisture, heat sources, and incompatible chemicals. Protect from direct sunlight and avoid exposure to extreme temperatures. Ensure containers are clearly labeled. Follow all relevant regulations and safety guidelines for safe handling and storage of chemicals.
    Application of Petrac MG 20 NF

    Applications of Petrac MG 20 NF in Industrial Manufacturing

    Petrac MG 20 NF supports advanced formulation and safety requirements in key manufacturing domains. As a direct producer, we supply the chemical to downstream processors seeking high purity, compliance, and predictable performance in regulated end products. Below we detail main application segments, process integration, and compliance factors based on real industrial practices.

    1. Pharmaceutical Tablet and Capsule Lubrication

    Tablet and capsule manufacturers use Petrac MG 20 NF as a high-quality magnesium stearate source for consistent die-wall lubrication. This function decreases ejection force and supports uniformity during compression or encapsulation. Pharmacopoeial compliance is central to formulation, and the particle size and purity profile matter for downstream blend homogeneity. Granulation and direct compression lines integrate this excipient at controlled additions to ensure product quality, validated in final dosage forms by dissolution and weight uniformity testing.

    Industry compliance standards

    • USP/NF Monograph (Magnesium Stearate)
    • Ph.Eur. (European Pharmacopoeia)
    • ICH Q7 GMP for APIs and excipients
    • US FDA 21 CFR 172.863 (Food additives permitted for direct addition to food for human consumption — Magnesium stearate)
    • ISO 9001, ISO 15378 (Primary packaging materials for medicinal products)

    Typical usage ratio

    • 0.25% to 2% w/w of total blend mass; adjusted for tablet size, compression profile, and blend flow characteristics. Lower ranges in direct compression, higher in wet granulation.

    Downstream process integration

    • Blending as a final excipient in dry-mix stage pre-compression
    • Inclusion in granulate external phase for encapsulation lines
    • Small-scale and continuous mixing systems

    Final product types

    • Oral solid dosage tablets (paracetamol, ibuprofen, metformin, etc.)
    • Hard gelatin capsules with microcrystalline cellulose
    • Effervescent and chewable tablets

    2. Food Supplement and Nutraceutical Tableting

    Producers of dietary supplements and functional foods incorporate this raw material as a flow agent and process aid to enable reliable tablet manufacturing. Regulatory frameworks such as EFSA and the U.S. FDA set technical purity and safety criteria for use in food supplements. Process engineers balance its level to avoid impact on dissolution or nutritional profile. Equipment design (high-speed rotary presses, blending bins) influences its point of entry, and QC confirms finished product compliance by residue and disintegration analysis.

    Industry compliance standards

    • FCC (Food Chemicals Codex)
    • US FDA 21 CFR 184.1440 (Direct food substances affirmed as generally recognized as safe — Magnesium stearate)
    • EU Regulation No. 231/2012 (Food additives specifications)
    • ISO 22000 (Food Safety Management)

    Typical usage ratio

    • 0.5% to 1.5% by weight depending on bulk density and active ingredient fineness; adjustments target blend flow while minimizing over-lubrication risk.

    Downstream process integration

    • Final pre-press process in multi-ingredient nutraceutical blends
    • Manual or automated bin blending, followed by compression or encapsulation
    • Dust control systems to comply with GFSI requirements

    Final product types

    • Vitamin and mineral tablets (vitamin C, calcium carbonate, iron complex)
    • Herbal supplement tablets (ginkgo, echinacea, spirulina)
    • Functional chewables and lozenges for nutraceutical applications

    3. Cosmetics and Personal Care Powder Processing

    Manufacturers of pressed and loose cosmetic powders select this material for its role as a dry binder and lubricant during blending and compaction. Stability of appearance and feel depends on precise ratio and interaction with pigments and other carriers. As the EU and other regions tighten cosmetic excipient controls, documentation for origin, purity, and trace element content remains key. Product development teams evaluate cohesion and textural properties post-compaction, while scale-up lines require predictable batch-to-batch performance during high-shear mixing.

    Industry compliance standards

    • EU Regulation (EC) No. 1223/2009 (Cosmetics Regulation)
    • REACH Registration (Annex VII–XII as applicable)
    • US FDA Voluntary Cosmetic Registration Program (VCRP)
    • ISO 22716 (Cosmetic GMP)

    Typical usage ratio

    • Up to 4% w/w of powder phase; lower levels in facial powders, higher in eye shadow and blushes where binding is critical. Ratios fine-tuned for compression force and adhesion.

    Downstream process integration

    • Dry blending with talc, starch, and pigments pre-compaction
    • High-shear granulation units for pressed powders
    • Integration prior to pan or tray filling and molding

    Final product types

    • Pressed face powders and blushes
    • Eye shadow compacts
    • Loose finishing powders

    4. Plastics and Polymer Processing (Release and Flow Agent)

    Compounders and extruders for thermoplastic and thermoset lines use Petrac MG 20 NF as a release agent and internal lubricant. Polymers such as PVC, polyethylene, and polystyrene benefit from reduced friction during granulation, extrusion, and mold release steps. Regulatory controls for additive contact vary by application, such as food-contact approvals for packaging uses. Engineers select grade based on melt compatibility, stability under process temperature, and absence of interfering trace metals, and validate formula in pilot and production runs for extrusion consistency and mold cleanliness.

    Industry compliance standards

    • EU 10/2011 (Plastic Materials and Articles in Contact with Food)
    • US FDA 21 CFR 177.2600 (Rubber articles intended for repeated use)
    • ISO 9001 for process control
    • ASTM D3418 (Thermal analysis of polymers)

    Typical usage ratio

    • 0.3% to 1% by weight of total compound for most thermoplastics; levels above 1% used in PVC and other rigid matrix systems for enhanced release, depending on design of downstream tooling and throughput.

    Downstream process integration

    • Incorporation during melt blending or prior to extrusion
    • Dispersed into polymer feedstock with other additives (stabilizers, plasticizers)
    • Continuous dosing in twin-screw and single-screw extruders; batch addition for injection molding feed

    Final product types

    • PVC pipes and conduits
    • Caps, closures, and rigid packaging
    • Thermoplastic sheets, films, and molded parts

    5. Powder Coating Manufacture (Flow Agent and Anti-Caking Additive)

    Powder coating formulators add this high-purity stearate as a flow regulator and anti-caking agent. Correct dosing achieves consistent particle separation, color dispersion, and improved electrostatic spraying properties. The additive reduces agglomeration during storage and final use. Compliance includes REACH and specific sectoral environmental controls, with attention to fines content and dust control in large-scale mixing. End product approval requires verification of coating uniformity and mechanical durability after curing.

    Industry compliance standards

    • REACH (EC) No. 1907/2006 Registration
    • ISO 1247-1 (Powder coatings — Specifications)
    • RoHS 3 (EU Directive 2015/863 on restriction of hazardous substances in electrical and electronic equipment)
    • GHS labeling requirements

    Typical usage ratio

    • 0.5% to 1.2% by weight based on base resin and pigment load; levels set based on particle size and flow desired in finished powder. Excessive use may affect film finish or electrical charging.

    Downstream process integration

    • Dry blending with pigments and base resin before extrusion
    • Post-milling addition for anti-caking in packaged powder
    • Screening and mixing under dust-controlled conditions

    Final product types

    • Polyester and epoxy-based powder coatings for metal surfaces
    • Hybrid powder coatings for automotive and appliance industries
    • Architectural powder coatings

    6. Industrial Rubber Manufacturing (Processing Aid and Filler Dispersion)

    Rubber goods manufacturers benefit from Petrac MG 20 NF for improved filler dispersion and as a mold release agent in both natural and synthetic blends. Vulcanization lines require stable processing aids that do not interfere with cure kinetics or introduce unwanted residues. Compliance with sector- and client-driven standards such as RoHS and food-grade elastomeric parts shapes grade selection and batch quality. Mixing and calendar operations add stearate at defined process points to achieve clean demolding and predictable finished part geometry.

    Industry compliance standards

    • US FDA 21 CFR 177.2600 (Rubber articles for repeated use in food processing)
    • ISO 9001 and ISO/TS 16949 for automotive sector
    • REACH Regulation
    • RoHS Directive (if producing for electrical use)

    Typical usage ratio

    • 0.3% to 1% by total batch weight, balancing mold release needs with catalyst compatibility and tensile strength targets.

    Downstream process integration

    • Early addition during Banbury mixing with fillers and elastomers
    • Direct addition to open mill prior to sheet formation
    • Spray or dusting on molds before vulcanization

    Final product types

    • Rubber hoses and automotive seals
    • Food-grade conveyor belts and gaskets
    • Molded and extruded technical rubber components
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    Certification & Compliance
    More Introduction

    Petrac MG 20 NF: Magnesium Stearate for Modern Production

    A Look at Petrac MG 20 NF from the Manufacturer’s Floor

    Every shift in the plant gives us proof that not all magnesium stearate turns out equal. Over years of running batches for countless customers, it never fails—when a process calls for consistent functionality, Petrac MG 20 NF becomes the answer. We’ve put long hours into refining its composition because details matter at scale. In high-speed rotary tablet presses, for example, subtle differences in lubricant choice can trigger costly backups or out-of-spec output. Petrac MG 20 NF lands right where reliability meets process efficiency.

    What Sets Petrac MG 20 NF Apart

    As a magnesium stearate, Petrac MG 20 NF flows as a fine white powder, but it’s the control over particle size, purity, and trace element profile that defines its quality. Many commercial magnesium stearates still rely on outdated purification and drying steps. In contrast, our production lines use non-animal fatty acids and detailed in-process testing, reducing any risk of contamination. We have no interest in using shortcuts: every kilo we send out meets self-imposed standards set well above the minimum. This removes headaches during regulatory audits or scale-up.

    A lot of users talk about “lubricity,” but after working through numerous troubleshooting sessions inside customers’ plants, we’ve seen how much the specifics count. Tap density, moisture content, and trace metals stay within tight windows for Petrac MG 20 NF. Each lot blends seamlessly with excipients, so the run-to-run uniformity stays consistent. That alone avoids reformulation cycles that chew up weeks.

    Choosing the Right Magnesium Stearate: Our Perspective

    Pharmaceutical manufacturers expect magnesium stearate to do more than just reduce die wall friction. Customers now look for a product with verifiable sources and a traceable supply chain. Petrac MG 20 NF’s “NF” tag means we comply fully with US Pharmacopeia standards—not just in documentation, but in visible lot testing and retention samples. We have onsite tracking, so every shipment out the door carries a match to both process data and quality checks.

    Old-style magnesium stearate sometimes came with odor, off-tone color, or unhelpful aggregation. That’s not the case for Petrac MG 20 NF. We built the process around food-pharma crossover standards, so nothing in our raw inputs carries the risk of BSE or TSE. This means plant managers do not need to scramble for animal-origin declarations or face last-minute compliance roadblocks as regulations tighten worldwide.

    We don’t just send out “white powder”—we analyze every batch for residual solvents, consistency in fatty acid chains, and minimal moisture. Product recall becomes less likely when these factors get controlled every step of the way. In our experience, small variations in magnesium stearate’s microstructure can shift tablet hardness, dissolution, or friability. Our customers have seen the difference, especially those running high-dose, direct-compression formulas.

    Designed for Continuous Production Demands

    At high throughput, lag in flow or inconsistent blend properties costs real money. Petrac MG 20 NF stands up to these challenges owing to both batch mixing and post-processing quality checks. During blending, our magnesium stearate maintains lot-to-lot density, cutting misblend rejects at the source.

    Petrac MG 20 NF resists static build-up and doesn’t clump, which we see during extended blending operations. We don’t just rely on theoretical calculations—long production runs over months have proven its behavior in high-shear and low-shear granulators, as well as direct addition to active blends. Resellers rarely understand the day-to-day impact of a small variation in powder flow. As direct manufacturers, we have to face those consequences and carry the risk ourselves.

    Low Trace Metal and Impurity Levels by Design

    Being on the factory floor, we pay attention to what ends up in every batch. Petrac MG 20 NF undergoes both elemental analysis and organic residue checks. By keeping levels of lead, cadmium, and nickel well below relevant pharmacopeia limits, we lift a regulatory burden off our customers’ shoulders. Heavy metals accumulate from process water, filtration, and legacy systems—a regular worry for many manufacturers. We renewed our filtration, water purification, and drying lines to counter these risks specifically for Petrac MG 20 NF.

    There is no guesswork with fatty acid ratios either; they come from fixed, GMP-audited sources. This prevents liability surprises later in the product lifecycle. Tablet expansion, unexpected friability, and capping often track back to cheap or variable lubricants. Our clients report fewer out-of-spec disruptions since switching to Petrac MG 20 NF, especially in moisture- and heat-sensitive blends.

    Compatibility with Modern Excipients and Actives

    Not all APIs behave the same on the press, and we hear feedback straight from operators—the wrong grade of magnesium stearate gums up blends or causes hard-to-trace assay drift. Petrac MG 20 NF’s defined fatty acid profile and absence of artificial additives let customers work with both conventional actives and new-generation drugs without surprise incompatibilities. As excipient options broaden, producers need magnesium stearate that keeps pace. We reformulated and repeatedly tested Petrac MG 20 NF with proprietary blends and market-leading excipients—recording compressibility, dissolution, and surface area at every step. This means process chemists face less variability run-to-run.

    Understanding Downstream Effects: Manufacturing Knows the Costs

    As manufacturers, we live with the consequences of every ingredient, not just in pharma but in nutraceuticals and cosmetics too. Petrac MG 20 NF sees use in chewable tablets, soft gels, powders, and even personal care creams. The product’s low odor and tightly-controlled moisture profile protect flavor, fragrance, and long-term stability. This is why many of our long-term partners, especially those scaling up novel OTC brands, switched from commodity magnesium stearate after their initial launch phases. They found the unknowns of variable particle size and trace contaminants ate away at profit margins over time.

    Each region imposes its own traceability and allergen standards, yet Petrac MG 20 NF clears customs and regulatory hurdles without repeat documentation cycles. Over many years, our documentation team removed the “grey areas” that led to customs holdups and multi-day delays. Our feedback came directly from customers—shipment after shipment, they flagged the bottlenecks that clunky, non-GMP documentation creates. Now, the paperwork matches the product’s reliability.

    Supporting Real-World Scaling and Trouble-Free Transfers

    Transferring a formula from pilot to full-scale production often exposes every flaw in a raw material. Petrac MG 20 NF was designed after years of watching these transitions either stall or cost companies both product and reputation. Many projects failed because the bulk lubricant—magnesium stearate—shifted slightly between batches. As the original producer, we take responsibility for batch record retention beyond industry standard. QA teams gain ready access to three years of retained sample data so they can “trace back” and close investigations quickly.

    Tech transfer teams also saw issues arrise when brands used “non-NF” or blended grades, especially for highly-regulated export markets. Suppliers who cannot certify their supply chains delay product launches and open the door to repeat audits. Petrac MG 20 NF gives unlocks batch tracking from source ingredient to warehouse. We worked directly with scale-up chemists to tighten moisture, particle size, and trace impurity ranges based on feedback from their own QA failures. Fewer deviations means fewer lost weeks in validation.

    Handling and Storage as Experienced on the Plant Floor

    We’ve seen all kinds of packaging and handling problems in the past: fine powders that turn into bricks, bags torn by careless forklifts, boxes that leak dust. Most of these issues stem from low-grade material or poor filling. Petrac MG 20 NF comes in double-lined industrial bags with humidity-control features because we saw what humidity spikes or shipping “sweat” did to other products. No excuses, no patchwork solutions—consistency comes from manufacturing, not patching up at the end of the supply chain. Most of our finished goods remain stable well beyond typical inventory cycles, so production planners do not need to worry about pop-up quality failures.

    The physical properties also make for dust-free transfers, keeping operator exposure and cleanup times low. Many tablet and powder rooms used to suffer from magnesium stearate residue caking on conveyors or hoppers, raising both inhalation and fire risks. Petrac MG 20 NF was engineered for easy flow and minimal dust, after months of field testing in equipment with tough-to-reach corners.

    Audit-Ready Supporting Documentation

    Full traceability has become non-negotiable. Regulatory audits demand original certificates, chain-of-custody for raw input, and test records on every parameter. Over the years, our own plant was subject to unannounced cGMP and food safety reviews—Petrac MG 20 NF documentation cleared every instance. Customers simply pull stable documentation packages, complete with full impurity and allergen statements, making supplier qualification easier. We’ve learned that suppliers who don’t own their manufacturing always struggle to provide more than a basic COA.

    On Time, Batch After Batch

    Late shipments and variable raw material quality ruin production schedules. As a chemical manufacturer, we maintain redundant line capacity and finished stock for Petrac MG 20 NF. Production managers order with the assurance that their plant won’t lose days waiting for a missing batch. We do not rely on trader supplies or contract-only logistics. Our own drivers or preferred carriers manage deliveries direct to the plant dock.

    Any delay or deviation becomes our customer’s problem, so we build contingency into every part of the supply line. One off-brand magnesium stearate can slow a year’s schedule. Petrac MG 20 NF delivers consistency batch over batch, so customers can commit to long-term production plans with less risk.

    No Room for Guesswork: Built on Manufacturing Lessons

    Years of “on the floor” learning shaped why Petrac MG 20 NF looks and works the way it does today. From high-volume generic runs to niche nutraceuticals, the same rules hold: minor differences in excipient grade create compounding disruption for scale-up, regulatory filing, and end-customer satisfaction. Makers bear full responsibility for problems, not distributors or resellers. This knowledge shapes every upgrade and process tweak.

    For technical managers, procurement, and R&D teams searching for long-haul value over lowest price, Petrac MG 20 NF stands as a proven choice. Every batch reflects direct control, not contract speculation. It’s manufactured by people who know the headaches of the real world and have built a product to help you avoid them.

    Experience-Backed Difference in Supply

    It’s not about marketing more white powder; it’s about understanding what actually makes production stick to schedule through batch fifty, not just batch one. Petrac MG 20 NF emerged from hands-on problem-solving and feedback learned the hard way in manufacturing. Our experience on the production floor, in troubleshooting rooms, and during scale-ups directly shapes the process. Chemistry is about details, and we carry that principle from raw material selection through to the final lot paperwork.

    From the first dock unload to the finished tablet, Petrac MG 20 NF helps manufacturing teams focus on what matters—making quality product, every day, without disruption or compromise.