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Ascent Petrochem Holdings Co., Limited

Honeywell Dichloromethane

    • Product Name: Honeywell Dichloromethane
    • Chemical Name (IUPAC): Dichloromethane
    • CAS No.: 75-09-2
    • Chemical Formula: CH2Cl2
    • Form/Physical State: Liquid
    • Factroy Site: Yudu County, Ganzhou, Jiangxi, China
    • Price Inquiry: sales4@ascent-chem.com
    • Manufacturer: Ascent Petrochem Holdings Co., Limited
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    Specifications
    HS Code 299810
    Product Name Honeywell Dichloromethane
    Chemical Formula CH2Cl2
    Molecular Weight 84.93 g/mol
    Cas Number 75-09-2
    Appearance Colorless liquid
    Odor Sweet, chloroform-like odor
    Boiling Point 39.6 °C
    Melting Point -96.7 °C
    Density 1.33 g/cm³
    Purity ≥99.9%
    Flash Point None (non-flammable)
    Vapor Pressure 47 kPa at 20 °C

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

    Packing & Storage
    Packing Honeywell Dichloromethane is packaged in a 2.5-liter amber glass bottle with a secure screw cap and hazard labeling.
    Container Loading (20′ FCL) Container Loading (20′ FCL) for Honeywell Dichloromethane: Typically accommodates 80 to 120 drums, securely palletized and compliant with international hazardous materials transport standards.
    Shipping Honeywell Dichloromethane is shipped in tightly sealed, chemical-resistant containers, compliant with hazardous material regulations. It should be transported upright, clearly labeled, and protected from heat or direct sunlight. Ensure containers are secured to prevent leakage or spills. Shipping follows DOT, IATA, and IMDG guidelines for Class 6.1 toxic substances.
    Storage Honeywell Dichloromethane should be stored in a cool, dry, well-ventilated area, away from direct sunlight, heat sources, and incompatible substances such as strong oxidizers. Keep the container tightly closed when not in use. Store in approved, labeled containers made of materials compatible with dichloromethane. Ensure proper secondary containment to prevent leaks, and always follow local and national safety regulations.
    Shelf Life Honeywell Dichloromethane typically has a shelf life of 3 years when stored in tightly sealed containers under recommended conditions.
    Application of Honeywell Dichloromethane

    Applications of Honeywell Dichloromethane in Industrial Manufacturing

    Honeywell Dichloromethane (DCM) is a high-purity chlorinated solvent essential to several highly regulated chemical manufacturing processes. We provide DCM directly to downstream industry for integration into strictly controlled applications, each with precise formulation, process, and final product standards. Below, we outline major industrial uses based on verified manufacturing practice.

    1. Pharmaceutical Active Ingredient Extraction

    In pharmaceutical production, manufacturers rely on DCM to separate and purify active pharmaceutical ingredients (APIs) by liquid-liquid extraction. DCM dissolves specific organic phases efficiently without interfering with sensitive molecular structures. Its volatility ensures minimal residue, facilitating straightforward removal during downstream processing to meet regulatory purity benchmarks. Formulators adjust the DCM volume according to target compound solubility and environmental compliance requirements.

    Industry compliance standards

    • USP-NF (United States Pharmacopeia–National Formulary) monographs
    • ICH Q3C Guidelines for residual solvents
    • cGMP (EU, US, JP): 21 CFR Parts 210/211, EU GMP Vol 4
    • Ph. Eur. (European Pharmacopoeia)

    Typical usage ratio

    • 10–50% v/v of total extraction solvent depending on API solubility, yield target, and residual limit compliance. Adjust as per specific drug master file (DMF) or marketing application submissions.

    Downstream process integration

    • Integrated into extraction tanks after crude synthesis
    • Phase separation and distillation for recovery
    • Subsequent washing and solvent removal prior to crystallization

    Final product types

    • Pharmaceutical intermediates
    • Final APIs (antibiotics, anti-cancer agents, steroids, etc.)
    • Regulatory-grade purified compounds

    2. Polycarbonate and Polyester Resin Synthesis

    Precision manufacturers in polymer industries use DCM as a process solvent for the synthesis and polymerization of polycarbonate and polyester resins. DCM enables effective dissolution of phosgene and bisphenol-A during interfacial polycondensation, resulting in polymers with desired molecular weight and clarity. The controlled volatilization of DCM during drying and film-casting ensures predictable resin quality before downstream conversion.

    Industry compliance standards

    • ISO 9001-certified quality management
    • REACH Regulation (EC) No 1907/2006 (restricted substance control)
    • EN ISO 14001 for environmental responsibility in emissions
    • ASTM D6779 polymer physical property standards

    Typical usage ratio

    • 10–30% by weight of total reaction mass or as required for monomer dissolution and reaction kinetics. Fine-tune based on molecular weight targets and limiting residual solvent levels.

    Downstream process integration

    • DCM charged into initial reaction vessel with monomers
    • Retained through polymerization and removed during vacuum stripping and resin isolation

    Final product types

    • Polycarbonate pellets for molding/extrusion
    • Film-grade resins for optical or electronic applications
    • Specialty copolyesters

    3. Paint and Varnish Stripping

    DCM is widely adopted in factory-scale paint and varnish removal operations where rapid coating breakdown and residue-free results are required. Industrial users employ DCM in dip tanks and wipe-on settings, capitalizing on its ability to penetrate multilayered coatings, including epoxies and two-part urethanes, without damaging metallic and composite substrates. Ventilation and solvent recovery protocols ensure operator and environmental protection at all processing steps.

    Industry compliance standards

    • OSHA 29 CFR 1910.1200 (Hazard Communication)
    • EU Regulation (EC) No 1272/2008 (CLP)
    • South Coast Air Quality Management District Rule 1171 (U.S. VOC limits)
    • Directive 2011/65/EU (RoHS: restriction of hazardous substances compliance for treated surfaces)

    Typical usage ratio

    • 50–100% (neat or with co-solvents for specific stripping action); diluted per paint thickness and removal time requirements.

    Downstream process integration

    • Direct fill for immersion tanks or spray/wipe systems
    • Batch-by-batch recycling of DCM for extended service life
    • End-of-cycle waste solvent separation and recovery

    Final product types

    • Refurbished metallic and composite parts
    • Reconditioned industrial equipment
    • Substrates for re-coating in automotive, aerospace, and marine finishing lines

    4. Manufacturing of Flexible Polyurethane Foam

    Producers in the flexible polyurethane foam sector utilize DCM as a blowing agent alternative for water-free foam systems when precise cell structure control is needed. DCM’s volatility and low boiling point ensure effective foam expansion in continuous block and slabstock lines, critical for meeting density and mechanical property specifications for furniture and automotive seating.

    Industry compliance standards

    • ISO 9001:2015 and ISO 14001:2015 for process and environmental management
    • REACH Annex XVII (dichloromethane restrictions)
    • EN 1021-1/2 and CA TB 117-2013 (flammability tests for end foam products)
    • CARB regulations for volatile organic compound emissions

    Typical usage ratio

    • 2–10% by weight of polyol blend depending on target foam density, cell size, and line speed. Operators regulate addition based on local emission restrictions and finished foam compliance requirements.

    Downstream process integration

    • Inline dosing in mixing head with polyols and isocyanates
    • Foam expansion, curing, and post-process DCM stripping in ventilated zones

    Final product types

    • Furniture cushions
    • Automotive seating foams
    • Mattress cores

    5. Electronics Industry – Precision Cleaning of Semiconductor Parts

    DCM’s high solvency and rapid evaporation make it a preferred solvent for wet cleaning of precision components in semiconductor fabrication lines. It targets organic residues and photoresist remnants on wafers and photomasks, allowing for defect-free surface preparation prior to layering or etching. Industry mandates dictate point-of-use fume extraction and solvent reuse to maintain process yield and minimize operator exposure.

    Industry compliance standards

    • IPC-5704 Cleanliness requirements for unpopulated printed boards
    • SEMI S2-0818 (Safety Guidelines for Equipment in Semiconductor Manufacturing)
    • ISO 14644-1/2 (Cleanroom air standards)
    • RoHS compliance for lead-/solvent-free finished components

    Typical usage ratio

    • 5–20% by volume in precision cleaning baths, adjusted for part complexity and contaminant load. Concentration determined based on throughput and batch turnover rates.

    Downstream process integration

    • Manual or automated tank immersion following lithography steps
    • Rinse, drying, and closed-loop solvent recovery for high-value lines

    Final product types

    • Semiconductor wafers
    • Photomasks
    • Cleanroom-ready PCB assemblies
    Free Quote

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

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    Certification & Compliance
    More Introduction

    Our Experience with Honeywell Dichloromethane: An Insider’s Commentary

    Seeing the Real Benefits in Chemical Manufacturing

    Manufacturing chemicals for decades brings first-hand insight into which products truly impact daily production and which simply add noise. Work in the plant brings us face-to-face with every raw material. Out of thousands, a handful shape the flow of modern synthesis and processing. Honeywell Dichloromethane has stood the test in our operation. We don’t choose chemicals lightly—the risks of downtime, quality variance, or process safety keep us vigilant. Long experience handling this specific grade gives us grounded opinions about where it shines and what to watch for.

    Clarity on What Sets Honeywell Dichloromethane Apart

    We use Honeywell Dichloromethane, often labeled as Methylene Chloride, where high purity and batch consistency matter for our lines. The product comes supplied in several package sizes, from smaller metal drums to bulk delivery. The model codes and exact specifications line up with Honeywell’s documentation, but in daily use we monitor for clarity, water content, and the presence of trace stabilizers. Most deliveries come in clear, nearly colorless form, and we don’t tolerate any tinting or particulate, because downstream reactions can go south with contaminants. Colleagues in the coatings, pharmaceuticals, and extraction sectors echo these same expectations.

    Honeywell’s batches pass GC analysis at our incoming QC checkpoint—offering purity above 99.9 percent. Typical stabilized grades carry ethanol or amylene to limit acid formation, staying in line with industrial hygiene standards. Over the years, few suppliers have managed such regularity in both purity and moisture content. This reliability in physical and chemical properties allows us to avoid headaches that come from juggling alternate sources. We value the predictability.

    Using Dichloromethane Where It Matters

    Plant managers know dichloromethane for its role as a solvent—but really, not all labels guarantee the same freedom from residues and glycols. In our solvent recovery units, Honeywell’s grade boils where it should, with a boiling point around 40°C, and leaves almost nothing behind. We focus on pharmaceuticals and fine chemicals. Some processes require it for active ingredient isolation, others for resin solubilization or cleaning. Without consistent evaporation and sharp boiling behaviors, we risk fouling our distillations or causing unwanted side reactions. Not all dichloromethane on the market will return the same clean separations, especially if the product has been cut or stored improperly.

    Beyond chemical synthesis, we've found this dichloromethane produces reliable results stripping paint, degreasing, and in plastic foam production. Our engineering and EHS staff track solvent emissions, so purity and minimal byproducts help manage both regulatory and workplace health risks. The lower water content in Honeywell shipments slashes time spent removing unwanted traces. Unforeseen spikes in water levels often lead to unwanted hydrolysis in moisture-sensitive lines, so getting product right the first time saves personnel from extra drying steps or rework.

    Comparing Supplier History and Risk Management

    No material comes without challenges. Our business continuity depends on partners who understand regional logistics, compliance, container integrity, and customer feedback. Honeywell’s long-standing transport and storage know-how make a difference. Many emerging suppliers meet technical specs on paper, but containers may arrive with swollen seals or inconsistent labeling, forcing us to take extra samples or, worst case, file non-conformance reports. Over a span of five years, Honeywell’s shipments tracked clean. Container sealing, UN labels, and batch traceability stayed consistently above average, enough to prevent waste and returns.

    Consistency in raw materials isn’t optional when integrating into global or GMP-audited operations. Randomized impurity spikes or salts in dichloromethane batches make downstream analytics a nightmare. Only a handful of suppliers strike the balance between purity, logistics, and responsiveness. Honeywell's wins stem from its hands-on control of manufacturing and bulk-scale quality, and we've found substitutions—even from reputable third parties—create unnecessary requalification cycles, line flushes, and method validation headaches.

    Reviewing Safety Aspects and Handling Experience

    No serious manufacturer takes dichloromethane safety for granted. Asphyxiation, cytotoxic effects, and the potential for trace phosgene formation in the presence of acids make process reviews essential. Over years of regular deliveries, our health and safety audits highlight that drum handling, drum venting, and storage practices adapt best with stable suppliers. Honeywell provides clear SDS documentation, but more importantly, product batches show no erratic pressure build-up, no off-gassing at normal storage temperatures, and no trace odors suggesting oxidation or degradation.

    Older colleagues remember the struggle of cleaning up after “cheaper” drum sources—corroded valves, drum bulging, and irregular viscosity. Those headaches dropped significantly with this particular grade. Our experience shows clear labeling makes inventory checks more efficient. Proper batch coding on arrival, recognized both on e-labels and embossed on drums, aids in fast auditing and lot tracebacks, especially critical during safety incidents or recall checks. For us, risk perception dips meaningfully once incoming materials prove reliable over hundreds of shipments.

    The Environmental and Compliance Realities

    A constant discussion inside our company is regulatory trends—not only in North America, but across Europe and Asia. Dichloromethane lands on a growing list of regulated solvents due to VOC emissions concerns and evidence of environmental persistence. Despite the hurdles, manufacturing lines that demand clean evaporative separation often have no practical alternative to this material’s unique solvent power. We've found regulatory compliance simplifies when documentation matches, SDS arrives with each lot, and container recycling traces back cleanly. Honeywell built routines for reconditioning drums, offering container return schemes, and batch-level compliance letters, and those resources save us from supply chain delays at moments when regulators ask for evidence of stewardship.

    We do not ignore atmospheric discharges, so our abatement systems track dichloromethane throughput. Lean solvents slow these systems, occasionally leading to higher permit breaches. Stronger, purer input feeds from Honeywell allow us to keep environmental controls within spec, reducing the frequency of alarms and corrective action reports. Employees working in our solvent transfer areas remind us how critical proper PPE is, but they also value less “off-spec” material clouding the work zone or causing unplanned vapors.

    On Maintenance and Ongoing Process Improvements

    Experienced staff in maintenance keep a close watch on lines involving volatile organics like dichloromethane. Valve fouling, O-ring swelling, and microleaks all trace back to contaminants in lower quality products. Over years, direct trials with other brands revealed that off-grade dichloromethane contains trace acids or chlorides once through our process loops. They corrode seals and clog downstream filters. Honeywell product provides near-zero maintenance headaches linked to its chemical action; the savings on labor alone justifies a higher up-front cost in our most sensitive installations.

    We share case studies internally across teams; one improvement project in our hydrogenation area included a switch away from lower cost products to Honeywell’s batch-stabilized model. Measurable benefits appeared in maintenance logs: scheduled downtime halved, leaks dropped in frequency, and safety incidents involving residue clean-up declined. Direct evidence such as this maintains high standards in procurement choices, and newly hired staff get acculturated on these lessons quickly.

    Supporting Claims with Industry Facts and Observations

    Data from our analytical department confirm batch-to-batch variation under 0.01 percent for key contaminants in Honeywell samples, while generic dichloromethane options showed up to 0.05 percent swings during the same period. Regulatory reporting expects these records. Our industry peers know tight controls on chlorinated solvents invite annual or surprise inspections from government agencies. The clean tracking and documentation received with Honeywell shipments allow fast hand-offs to auditors, keeping our customers confident in our supply chain diligence.

    Our largest customers in the pharmaceutical and electronics segments have visited our solvent storage areas. They often ask which suppliers form our backbone inventory. Naming Honeywell for core solvents earns their trust, since their own global audits frequently reference the same brands for GMP or ISO validation. This alignment streamlines third-party audits, and our downstream quality claims stand up to close scrutiny. In technical review meetings, we present stats from incoming QC comparisons, and the difference in consistency is difficult to dispute.

    Direct Feedback from Production Teams

    Operators on the night shift, chemical engineers setting reaction vessels, and warehouse staff unloading drums all weigh in on solvent performance. The most consistent comment is about ease of handling and absence of surprises. Our team mentions time and again that Honeywell’s dichloromethane integrates seamlessly into production runs. No sudden changes in solvent clarity, no heavy bottom residues, and no jump in off-gassing or sharp odors. Reliability like this raises confidence on the shop floor, lowers operator stress, and supports a smoother rhythm in batch operations.

    We pass along ground-level input: drum pumps last longer, transfer hoses stay free from blockages, and clean-up after batch runs is more predictable. Manufacturing isn’t a world of smooth-flowing powerpoints—it’s sweat, quick calls, and people solving problems in real time. Our crew values being able to plan shifts with minimal rework and fewer tank flushes. Life around the plant gets tangibly better with fewer quality or safety surprises in the drum yard.

    Differentiating from Generic Methylene Chloride Supplies

    Experience has taught us that dichloromethane is not a commodity with interchangeable suppliers. On the surface, all drums might look identical. But beneath the lid, batch uniformity, trace impurity levels, and documentation breadth often diverge. Generic underground sources push lower prices, yet in practice their product quality wavers. Our prior attempts to “blend down” off-grade dichloromethane—hoping to reclaim value—led to fouled reactors, unscheduled filter swaps, and, on occasion, costly product recalls downstream. Mainstream chemical dealers sometimes mask batch inconsistencies with aggressive marketing. We judge by test results, not slogans.

    Our purchasing and R&D teams point to faster regulatory changes and mounting end-user scrutiny in the supply chain. The extra investment in Honeywell’s product guarantees fewer raw material variables when scaling up new processes or qualifying novel pharmaceutical actives. Documentation trails lead straight back to bulk production, not roundabout repackagers. This puts our own QA and customer liaisons in a strong position. There’s genuine trust that what lands at the dock on Monday will look—and test—the same as what shipped last quarter.

    Future-Proofing Chemical Operations

    Despite changing regulations and customer demands for greener chemicals, we rely on a stable core of high-purity chlorinated solvents in both legacy and developing processes. Honeywell Dichloromethane, by holding steady in purity and logistical support, fits our ongoing risk mitigation plans better than low-visibility sources. Industry conversation grows louder on sustainability and solvent alternatives. Until viable drop-in replacements appear—and pass both technical and regulatory scrutiny—this grade remains at the heart of our operation.

    Future innovation in waste minimization, closed-loop recycling, and even solvent reclamation from spent streams all center on products whose composition is guaranteed shipment to shipment. We foresee collaborative work ahead with our suppliers, especially those strong in technical support and product stewardship. With Honeywell’s materials, we can trust in ongoing dialogue about emerging analytical challenges, new safety protocols, and more enviable environmental track records.

    Wrapping Up Our Perspective on Honeywell Dichloromethane

    As actual chemical manufacturers, each day brings challenges with changing technology, evolving safety standards, and relentless customer expectations. Reliable, clean, thoroughly documented materials offer more than operational convenience—they form the backbone of resilient, accountable production. Our work puts us on the line, not only with regulators, but with every factory worker, engineer, and customer who depends on the quality and consistency of essential chemical ingredients. Honeywell Dichloromethane consistently delivers. In years of experience, the time saved, the safety risks avoided, and the technical trust fostered with customers all trace back to smart, consistent sourcing of core chemicals. That’s why we continue to place this product at the center of our solvent strategy, and why we share these practical experiences for industry peers weighing the same decisions for their own operations.