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HS Code |
711189 |
| Chemical Name | Mannitol Hexanitrate |
| Cas Number | 50782-69-9 |
| Molecular Formula | C6H8N6O18 |
| Molecular Weight | 372.16 g/mol |
| Appearance | White crystalline solid (when dry); wet mass prevents dust formation |
| Explosiveness | Highly explosive when dry; wet form is stabilized |
| Solubility | Slightly soluble in water; more soluble in alcohol |
| Stability | Stable when wet; highly sensitive when dry |
| Use | Primarily used as an explosive and in detonators |
| Un Number | Hazmat number: 1346 |
| Boiling Point | Decomposes before boiling |
| Melting Point | 81°C (when dry) |
As an accredited Mannitol Hexanitrate [Wet, Containing Not Less Than 40% Water Or Mixture Of Ethanol And Water By Mass] factory, we enforce strict quality protocols—every batch undergoes rigorous testing to ensure consistent efficacy and safety standards.
| Packing | Packaged in a 500-gram capacity polyethylene drum, sealed, and clearly labeled, containing not less than 40% water by mass. |
| Shipping | **Mannitol Hexanitrate [Wet, Containing Not Less Than 40% Water Or Mixture Of Ethanol And Water By Mass]** must be shipped as a hazardous material, typically under UN 1348. The substance is transported in tightly sealed, approved containers, kept cool, away from heat and ignition sources, and handled per strict safety and regulatory guidelines. |
| Storage | Mannitol Hexanitrate [wet, containing not less than 40% water or mixture of ethanol and water by mass] should be stored in a cool, well-ventilated, and secure area away from heat, sparks, open flames, and incompatible materials. Use non-sparking tools and explosion-proof equipment. Keep the container tightly closed, upright, and protected from physical damage. Store under controlled temperature and avoid drying out the material. |
Applications of Mannitol Hexanitrate [Wet, Containing Not Less Than 40% Water Or Mixture Of Ethanol And Water By Mass] in Industrial ManufacturingMannitol hexanitrate in its stabilized aqueous or hydroalcoholic form finds targeted application across several critical sectors, where precision in dosing, regulatory compliance, and process control determine end-product quality and performance. As a direct producer, we support these sectors with material meeting specific integration and certification requirements. 1. Energetic Materials Manufacturing — Emulsion Explosives & SlurriesEmulsion-type and slurry-based energetic formulations use stabilized mannitol hexanitrate as a high-energy plasticizer and active nitrate compound. Manufacturers of industrial explosives for civil rock blasting and mining operations employ it within tightly controlled mixing environments to achieve reliable detonation properties. Its wet state reduces static risk during batch processing and enhances process safety during emulsion integration and sensitive blending stages. Industry compliance standards
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2. Propellant and Pyrotechnic Formulations — Defense ApplicationsDefense sector formulators include stabilized mannitol hexanitrate in specialty solid propellants, time-delay initiators, and pyrotechnic compositions, utilizing its nitrate energy profile and wetted safety. Precise handling procedures enable reproducible combustion behavior and controlled gas output, supporting the manufacture of ignition systems, tracer ammunition, and specialty devices requiring low hygroscopicity additives and high-nitrate oxygen release at specific burn rates. Industry compliance standards
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3. Explosive Component Manufacturing — Commercial DetonatorsFabricators of commercial electric and non-electric detonators integrate mannitol hexanitrate (wet, stabilized) as a priming charge or component in multi-layer initiator assemblies. The controlled water or alcohol content allows direct pressing and encapsulation into metal or plastic housings, minimizing sensitivity during assembly but delivering precise energy output at detonation. Manufacturers maintain high traceability and in-process testing to support downstream blasting system reliability and regulatory inspection requirements. Industry compliance standards
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4. Laboratory Standards Production — Calibration and TestingProducers of analytical standards and calibration solutions supply certified reference materials incorporating mannitol hexanitrate for use in forensic validation, safety audits, and regulatory residues testing. Application requires exact concentration control, with material offered in compliance with traceability and purity documentation necessary for certification. Wet-stabilized form permits long-term stability and consistent calibration results in explosives detection and quality assurance labs. Industry compliance standards
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Competitive Mannitol Hexanitrate [Wet, Containing Not Less Than 40% Water Or Mixture Of Ethanol And Water By Mass] prices that fit your budget—flexible terms and customized quotes for every order.
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Our facility produces Mannitol Hexanitrate in a wet state, strictly containing not less than 40% water or a mixture of ethanol and water by mass. Decades of continuous operation in nitric ester synthesis have taught us the necessity of this approach, especially considering the compound’s notorious sensitivity in the dry state. Through regulatory mandates and hard-won practical experience, we’ve learned that producing and shipping Mannitol Hexanitrate dry causes unacceptable risks. With the wet cake, everyone down the supply chain benefits from improved safety margins.
Every batch of our Mannitol Hexanitrate [Wet, Containing Not Less Than 40% Water Or Mixture Of Ethanol And Water By Mass] receives tight quality supervision, ensuring the critical water or ethanol-water content not only fulfills legal classifications but actively mitigates friction, impact, and static hazards during handling. Our staff does not cut corners—nitrate ester chemistry demands a zero-compromise attitude. We measure and adjust moisture content with calibrated equipment, reflecting the values that drive the energetic materials manufacturing field.
Chemists and safety officers alike understand that energetic materials require clear, assured composition. Our Mannitol Hexanitrate arrives in the wet form, white crystalline material distributed as a stabilized, non-dusting mass. The material itself consists of nitrate esters derived from mannitol, yielding exceptional detonation properties when handled by skilled professionals in compliant setups. Loading and storage protocols are informed by both regulatory best practice and years of in-house benchmarking, informed by seasonal environmental fluctuations. Each lot includes certified laboratory analysis of water or alcohol content, with supporting documentation to satisfy licensure or audit requirements.
We do not employ the standard “off-the-shelf” mindset; instead, we monitor batch parameters to keep purity high, contaminant levels in check, and to maintain reliable consistency through each annual production cycle. Our team uses advanced filtration and neutralization procedures, recognizing that impurity management impacts both function and safety. End-users with strict formulation needs depend on this stability to formulate detonators, boosters, priming compositions, and specialty propellant blends for technical and defense sectors.
Years in this industry have taught us that drying Mannitol Hexanitrate dramatically increases the risk of friction or impact detonation, which can trigger catastrophic loss. By holding at least 40% water—or replacing a part with ethanol—we lower the risk to workers, shippers, and end-users who process the compound further. This state isn’t just a regulatory formality; it’s a direct response to lessons from factory incidents worldwide. We’ve observed repeatedly that rushed drying or poor hydration management leads to batch rejection, downtime, and, in worst-case scenarios, injury. It takes discipline and uncompromising process control to supply a nitrate ester product that meets technical demands while sharply reducing its hazard profile during transport and storage.
Some processes require a specific ethanol-water ratio. The ethanol not only prevents freezing and enhances the wetting action but also helps during secondary manufacturing, especially where cold climates might otherwise cause water to freeze out, risking uneven composition during critical loading processes. We supply both water-only and ethanol-water variants, selected according to the geographic and operational context of partners downstream.
Many buyers ask about the differences between Mannitol Hexanitrate and alternatives such as nitroglycerin, PETN, or erythritol tetranitrate. Each nitrate ester comes with a unique detonation velocity, thermal stability profile, ease of handling, and chemical reactivity. Mannitol Hexanitrate stands out for its relatively high melting point and strong energy output for its weight. Unlike nitroglycerin, which is a liquid at room temperature, Mannitol Hexanitrate in wet form can be managed physically as a crystalline solid, avoiding the fluid handling complexities and risk of leaks that nitroglycerin presents.
Our own experience shows that Mannitol Hexanitrate, compared to PETN, offers slightly lower sensitivity in the wet state, but a similar application spectrum in detonator and primary charge engineering. Batch-to-batch consistency in both appearance and analytical purity often surpasses erythritol tetranitrate, given the more robust raw material supply chains and stable process chemistry. The material responds well to phlegmatization if needed, but in our years of producing both medical-grade and technical material, we observe that downstream users prioritize reliable consistency and safety above all else.
Handling nitrate esters brings logistical and regulatory hurdles. Transportation in particular often sees inspectors scrutinizing documentation and packaging. We have invested heavily in specialized plastic or fiberboard containers with secure seals, designed to prevent leakage and accidental drying. Each shipment’s documentation is clear, with declared moisture or ethanol-water content matching the real, checked values—not rounded estimates. For international movement, we work directly with hazardous materials officers to verify compliance with IMDG and ADR codes.
A key challenge involves maintaining water content in climates with strong seasonal swings—facility climate control and monitored storage tanks ensure the moisture gradient stays within the safe band. On rare occasions, when transport delays occur or the storage atmosphere dries unexpectedly, we take immediate action to rehydrate product or quarantine a lot, upholding our safety-first commitment.
Security concerns in some locations have led to increased demand for robust tracking and monitoring systems. Every outgoing container receives a unique identifier and is traced to its final delivery. Regulatory oversight, particularly regarding potential diversion or misuse, is addressed through transparent reporting with national authorities and proactive engagement during audits and investigations. We share incident data with sector peers and participate in industry roundtables to improve standards. Experience tells us that risk-sharing and transparency do not undermine competitiveness; they raise the overall safety bar.
Emerging regulations sometimes introduce ambiguity—small differences in ethanol tolerance, questions about allowable water content at ports of entry, or shifting customs codes. Our technical and compliance teams maintain direct relationships with regulatory agencies to clarify requirements, preventing costly delays or rejections. We recognize that our stance as a manufacturer, not a trader, grants us direct insight and leverage in shaping these discussions, backed by hard technical evidence from real batch runs.
As the original producer, we regularly consult with engineers and ordnance specialists who employ Mannitol Hexanitrate in their assemblies. Customers range from research laboratories, mining companies, military suppliers, and demolition crews, each with uses that demand confidence in material behavior. Feedback helps shape our ongoing process modifications—field failures or handling complaints prompt on-site visits, root cause analysis, and continuous adaptation of both the synthesis process and shipping logistics.
A mining partner operating in arid conditions reported clumping issues during long-term storage last year. Working alongside their storage supervisors, we adjusted the moisture content and shifted to ethanol-wet preparations for that supply region, eliminating the issue in subsequent deliveries. Demolition teams, whose safety depends on narrow detonation windows and reliable initiation, appreciate our full traceability from raw material intake to drum-out, minimizing unpredictability at the blasting site.
Some specialty users require pre-formulation guidance for lab synthesis, especially when shifting to Mannitol Hexanitrate from other nitrate esters. Our technical officers support them with real-world perspective, separate from textbook properties, sharing insights about drying cycles, safe incorporation into existing manufacturing schemes, and real pitfalls encountered through decades of nitrate ester handling. We believe too many accidents stem from minor misunderstandings of “dry” versus “wet” nitrate ester stability, and we devote significant resources to user education on chemical and physical realities of handling.
We recommend users avoid storing this product for extended periods in unsealed containers. Even minor evaporation shifts the material’s stability, as proven across multiple lots subjected to variable warehouse conditions over the years. Monitoring room humidity and confirming drum seals before moving containers into prep bays regularly prevents small issues from escalating. Instruments measuring free water can verify storage performance. Experience has shown that unexpected re-crystallization or caking often links directly back to suboptimal container closure or exposure to dry air—not a manufacturing fault, but a real-world storage oversight.
Waste management receives careful attention. Leftover wet Mannitol Hexanitrate should never be washed down standard drains or left in open bins. We’ve seen this mistake in external audits, and our policy guides partners toward compliant waste neutralization or return for batch destruction. The nitrate ester group does not tolerate improvisation in disposal, and our workforce stands ready to support compliance with national and local hazardous waste rules.
In the event of local dehydration—whether accidental or through prolonged heating—customers are advised to halt handling, isolate the material, and consult with our process chemists for safe remediation steps. Past incidents have taught us that complacency leads to forgotten material, raising the odds of an uncontrolled ignition event. Our field teams stand ready for virtual or onsite troubleshooting and incorporate learnings from every event into written guidance updates for all future batches.
Producing Mannitol Hexanitrate at commercial scale brings not just profit but responsibility. As direct manufacturers, we both influence and respond to evolving industry standards. Contributing ideas to international safety working groups, sharing anonymized incident reports, and opening our facilities to technical visitors demonstrate our ongoing belief in industry-wide improvement. We welcome hard questions and technical challenges from our peers because collective vigilance keeps both our people and our customers safe.
Partners count on us when they need substitutions, new blends, or adaptation of hydration strategies for extreme climate or operational windows. We do not “drop ship” and disappear—we offer ongoing technical stewardship. Our laboratory tracks new analytical markers for impurity detection and batch conformity, and we maintain contact with end-users to support both daily plant operations and emergency responses as required.
Trust in supply partners does not grow from empty reassurances. It grows from knowing your nitrate ester supplier maintains strict control, shares incident history, and continually adapts based on field experience. Every batch of Mannitol Hexanitrate [Wet, Containing Not Less Than 40% Water Or Mixture Of Ethanol And Water By Mass] represents our commitment to safe, transparent, and responsive production, for users whose work on the ground leaves no room for error.
We see Mannitol Hexanitrate not as a generic commodity but as a high-risk, high-value material bound by strict process controls and a culture of knowledge sharing. Our knowledge comes not just from standards but from hard nights spent responding to incidents and days spent refining every bottleneck in the supply chain. Every lesson becomes a protocol, every mishap a reason for retraining and system overhaul. With long-term relationships across continents and industries, we recognize the trust our partners place in us daily.
Providing Mannitol Hexanitrate in its safest, most reliable form isn’t just good business. It’s a principle, forged from decades of hands-on manufacturing and field support. By holding ourselves to these standards, we deliver both product and peace of mind for critical applications—today and tomorrow.
