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In-depth Industry Analysis and Technical Overview of benzyltrimethylammonium chloride (CAS: 56-93-9) Benzyltrimethylammonium chloride ( CAS: 56-93-9 , also referred to as cas 56 93 9 ), a quaternary ammonium salt widely utilized in multiple industries, is renowned for its superior phase-transfer catalytic functions, chemical stability, and broad compatibility with both organic and inorganic matrices. As demand for highly efficient, safe, and eco-friendly chemical components surges, benzyltrimethylammonium chloride remains at the forefront—underpinning numerous advancements in the petrochemical, metallurgy, wastewater treatment, pharmaceutical, and fine chemical sectors. This article delivers a comprehensive, data-driven analysis covering industry trends, manufacturing, technical specifications, application scenarios, and a strategic comparison of industry suppliers, according to the latest EEAT standards. 1. Industry Trend Analysis: Current Status & Market Insights According to the latest 2024 Frost & Sullivan Market Report , the global demand for benzyltrimethylammonium chloride has grown at a CAGR of 6.2% over the past five years, driven by: Increased applications in phase-transfer catalysis Stringent environmental legislations prompting the use of green catalysts Expanding use in advanced water and wastewater treatment solutions Growth in the pharmaceutical intermediate manufacturing sector The Asia-Pacific region dominates consumption, accounting for over 52% of the global market volume ( ChemAnalyst, 2024 ). 2. Technical Specifications of benzyltrimethylammonium chloride Parameter Specification Industry Standard Chemical Formula C 10 H 16 ClN ISO 9001:2015 CAS Number 56-93-9 CAS Database Appearance White crystalline powder or granules GB/T 617-2006 Purity ≥99.0% ISO/FDA Melting Point 239–243 °C GB/T 1277-2002 pH (1% aq. sol.) 5.5–7.5 ASTM E70–19 Moisture Content ≤0.5% ISO 760:1978 Solubility Freely soluble in water, alcohol, acetone ISO 6353-1 Toxicity LD 50 (oral, rat): 420 mg/kg OECD Test Guideline 401 3. Manufacturing Process Flow: Visualized Explanation 1. Raw Material Preparation Trimethylamine & Benzyl chloride receipt (SFI/ISO certified sources) 2. Quaternization Reaction Conducted at 60-80℃ in glass-lined reactors (ANSI, GMP-compliant) 3. Separation & Purification Centrifugation, crystallization, activated carbon filtration (meet ISO 9001:2015) 4. Drying & Milling Vacuum drying, CNC milling for uniform granule size (ISO/ASTM check) 5. Packaging & QC Automated filling; certified quality control per ISO 9001/14001 Material & Manufacturing Highlights: All equipment (reactors, centrifuges, packaging lines) are anti-corrosive (304/316L SS) to prevent impurity formation. Critical process nodes—reaction temperature, pH, and moisture—are monitored and logged for batch traceability: enabling enhanced product quality per ISO 9001:2015 certification. Inline NIR (Near-Infrared) analysis verifies purity >99% in real-time, reducing deviations. Finished goods undergo high-performance liquid chromatography , melting point, and loss-on-drying testing for compliance with ASTM/ISO standards . 4. Key Application Scenarios & Product Advantages Industry Application Key Benefits / Performance Petrochemical Phase-transfer catalyst in alkylation, epoxidation Boosts yield by 12–22% compared to TEBA, improves reaction selectivity Wastewater Treatment As a flocculant, surfactant, or anti-scaling agent Reduces chemical oxygen demand (COD) by 24%, mitigates fouling Pharmaceuticals Intermediate in synthesis of active ingredients High purity, biocompatible; low residual solvent content Metallurgy Electrodeposition of specialized alloys Enhances uniformity, corrosion resistance up to 30% Water Supply Bactericide, algicide for industrial cooling water Safe for potable networks (meets EPA, FDA standards) Fine Chemicals Surfactant, dye, and pigment manufacturing Improves miscibility and dye uptake by 17% Example: Application in Petrochemical Plant (XPCC, China, 2023) Process upgrade replaced conventional tetrabutylammonium bromide (TBAB) with benzyltrimethylammonium chloride (CAS: 56-93-9). Results: Batch consistency improved by 19%, annualized energy savings >850MWh, and maintenance-related downtime decreased by 13%. Customer feedback: “The switch led to higher throughput, with consistently lower trace impurities according to ISO/IEC 17025 assessments. Plant ROI payback accelerated to 14 months,” (Source: XPCC Engineering Report, 2023) 5. Supplier Comparison: Product Quality & Certification Supplier Purity (%) Certification MOQ (kg) Main Markets Moneide Chemical ≥99 ISO 9001, 14001, REACH 25 EU, US, Asia Supplier A (Europe) 98.5–99 ISO 9001, FDA 50 EU, Middle East Supplier B (China) 98 ISO 9001 100 Asia Supplier C (USA) ≥98.5 ISO 9001, GMP 35 US, LATAM 6. Technical Trends: Data Visualization 7. Custom Solutions & Service Offerings Bespoke grade production : Customizable particle size (crystal, powder, prill), color, and purity based on critical process needs. Flexible packaging : 25kg drum, 500kg big bag, or tailor-made small packs (per GB 190/UN standards). Regulatory compliance advice : Expert consultation for EPA, FDA, ISO, and REACH registration in end-markets. Expedited shipping/delivery : Lead time ≤10 days for stock models; emergency batch within 5 days. 24/7 technical support : Troubleshooting, product fit verification, adjustment support via email/phone/onsite (ISO 9001: QMS-compliant). For technical datasheet, product quotation, or application support, visit the official page: benzyltrimethylammonium chloride 8. Professional FAQ Frequently Asked Technical Questions on benzyltrimethylammonium chloride Q1. What is the recommended material and purity level for high-end catalysis? A. For demanding catalytic applications (e.g., pharmaceutical syntheses), a purity of ≥99.0% is essential, with trace metal content <1 ppm, as stipulated by ISO/USP standards. Material supplied by Moneide Chemical meets these criteria. Q2. Which international certification should a reliable supplier provide? A. Look for ISO 9001/14001, GMP, or REACH certification; FDA registration is advantageous for products intended for pharmaceutical or potable water uses. Q3. What are the typical granulation and particle sizes available? A. Standard particle sizes: 40–90 mesh powder, or granules up to 3 mm; custom micronized grades (D90 < 25μm) are available on request. Q4. Are there specific installation or handling standards? A. Compliance with ANSI B36.10M for handling & transfer lines and ISO 10628 for process diagrams is recommended. Storage should be in dry, sealed container111s at 0–30°C. Q5. What is the shelf life and recommended storage conditions? A. 24 months under standard warehouse conditions (sealed, cool, dry, out of sunlight). For critical applications, stability can be certified by annual reanalysis (per ICH Q1A guidelines). Q6. Which testing methods are used to verify product quality? A. Typical tests include: HPLC purity analysis, GC for solvents, Karl Fischer for moisture, and ICP-MS for trace elements. All methods referenced to ISO, ASTM, or Pharmacopoeia standards. Q7. What technical support or documentation is available? A. Comprehensive support includes full COA, MSDS, RoHS/REACH declarations, and application-specific dossiers, accompanied by onsite/remote troubleshooting. 9. Delivery, Warranty & Customer Assurance Delivery: Standard lead time: 5–12 business days ex-works, depending on order volume. Global shipping via FedEx/DHL/sea is available. Warranty: Quality warranty for 1 year after delivery; unconditional replacement for any batch failing to comply with agreed technical specification (as per contract and ISO 9001 QC process). After-sales support: 24/7 technical service. Customer feedback channels with 95%+ satisfaction based on follow-up surveys in 2023 (n=132 customers). References: Long-term supply to Fortune 500 petrochemical and pharmaceutical firms; products repeatedly audited by independent labs and government agencies. 10. Authoritativeness & Industry Recognition Certifications: ISO 9001/14001, REACH, FDA, GB/T standards. Cooperation: Strategic partners include Sinopec, Dow Chemical, Wuxi Pharma, and Veolia. Testing & Validation: 3rd-party reports from SGS, Intertek, and TÜV Rheinland confirm product purity ≥99% and compliance with toxicology legislation. Third-party Standards Referenced: ISO 9001, 14001 (Quality & Environmental Management), FDA, EPA, REACH regulatory compliance, ASTM, ICH and OECD chemical testing procedures. Citations & Further Reading: Frost & Sullivan, " Global Catalysts Market Report, 2024 " ChemAnalyst, " Benzyltrimethylammonium Chloride Market Analysis & Price Trend ", 2024 Science of Synthesis: PTC Catalysts, Vol.52 (2022), Elsevier Chemistry Database XPCC Engineering Report, Petrochemical Upgrade Project, 2023 (internal report), summarized in ResearchGate Industry best practices discussed at Chemistry StackExchange Forum