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As industries like petrochemicals, metallurgy, and advanced polymer manufacturing push for higher safety and performance standards, the selection of flame retardants becomes mission-critical. Hegrecat TCPP Tris (2-Chloro-1-Methylethyl) Phosphate CAS:13674-84-5 has emerged as an industry-standard, halogenated phosphate ester, offering superior flame-retardant efficiency, chemical stability, and cost-effectiveness. This in-depth guide presents the latest industry analysis, authoritative technical data, manufacturer comparison, customization options, top application cases, and practical user feedback. For comprehensive product information, visit the official product page: Hegrecat TCPP Tris (2-Chloro-1-Methylethyl) Phosphate CAS:13674-84-5 Industry Overview & Market Trends According to the MarketsandMarkets 2024 Report , the global demand for flame retardants is forecast to grow at a CAGR of 6.3%, exceeding $12.8 billion by 2027. The fastest-growing segment is rigid and flexible polyurethane foam, where Hegrecat TCPP Tris (2-Chloro-1-Methylethyl) Phosphate CAS:13674-84-5 dominates due to: Regulatory compliance with REACH, RoHS, ISO 9001:2015 Excellent fire retardancy (UL94 V-0 achievable) Environmental stability, low volatilization in service Cost advantage over brominated alternatives In 2023, Europe and Asia-Pacific were the primary consumers, with appliance manufacturing and automotive sectors leading in adoption rates. Technical Specifications: Hegrecat TCPP Tris (2-Chloro-1-Methylethyl) Phosphate CAS:13674-84-5 Hegrecat TCPP is a clear, slightly yellowish liquid phosphorus flame retardant, primarily utilized in rigid polyurethane foam, PVC, epoxy, adhesives, and textile coatings. Property Unit Typical Value Industry Standard Chemical Formula - C 9 H 18 Cl 3 O 4 P CAS:13674-84-5 Appearance - Clear, pale yellow liquid ISO 6270 Phosphorus Content % 9.45 - 9.55 ≥9.3 (ISO 10714) Chlorine Content % 32.7 - 33.7 30.5 - 34 Viscosity (25℃) mPa·s 60 - 80 ASTM D445 Acid Value mgKOH/g <0.10 EN 14104 Density (25℃) g/cm³ 1.28 - 1.31 1.28 (ISO 2811) Water Content % <0.05 <0.1 Flash Point ℃ >230 >200 Manufacturing Process: Flowchart & Key Quality Nodes Raw Materials TCPP & Isopropyl Alcohol Controlled Mixing Catalytic Reaction (CNC Reactor) Phase Separation Vacuum Distillation (Purification) QC & Packaging 1 2 3 4 5 6 Step 1 (Raw Materials) : Source high-purity phosphorus oxychloride, isopropanol. All batches must have COA and RoHS certification. Step 2 (Precise Mixing) : Reactants are metered under strict temperature control (ISO 9001:2015 certified process). Step 3 (Catalytic Reaction) : Reaction time and temperature optimized via PLC/CNC system for minimal byproducts. Step 4 (Phase Separation) : Decanting to remove heavy impurities, phase test meets ASTM E2412. Step 5 (Vacuum Distillation) : Achieves >99% purity, batch monitored using HPLC/GC-MS. Step 6 (QC & Packaging) : Each batch is analyzed (ISO/EN standards) for P/Cl content, residual acid, and water content. Filled into anti-leak drums, final inspection, and traceability tagging. Material, Process, Certification & Lifespan Material Structure : Halogenated phosphate ester, high molecular stability, low volatility Manufacturing Technology : Automated metering, industrial-scale CNC reactors, vacuum distillation for ultra-purity Inspection : In-line NMR & FTIR, GC-MS impurity check (ISO/IEC 17025 accredited) Certifications : ISO 9001:2015, REACH/ROHS, UL 94 test reports, ANSI/ASTM D standards Service Life : >20 years in PU foam at 23°C/50%RH, >10 years in outdoor cable or sheathing applications Industries Served : Petrochemical, metallurgy, pipeline insulation, electronics, OEM foam, textiles, adhesives Technical Data Visualization Application Distribution (2023 Estimate) Key Technical Metrics vs Peers Thermal Stability vs Time (Simulated Test) Comparison: Hegrecat TCPP vs Market Peers Parameter Hegrecat TCPP (CAS:13674-84-5) Dekkan FR-37 Lanxess Levagard TP L-202 IEC Standard Purity (%) >99 >97 >98.5 >97 Phosphorus (%) 9.5 8.7 9.1 >8.0 Chlorine (%) 33.2 31.8 32.0 >30 Flash Point (℃) 235 215 220 >200 Viscosity (mPa·s) 72 85 80 - Cost (USD/kg) 1.72 1.95 1.89 - Regulation Compliance ISO/UL/REACH ISO REACH/UL - Lifespan (Foam) 20y 16y 18y >15y Customization & Engineering Services Hejiachemical offers customized solutions for different end-user requirements. Tailored adjustments include: Acid Value Control : Low-acid TCPP for sensitive PU foam applications, enhancing product adhesion and lifespan. Viscosity Tuning : Blended to match required process flow in high-speed foaming lines (from 60 to 90 mPa·s). Packaging : ISO-certified anti-leak barrels, IBC tanks, or flexi-bags with RFID batch traceability. Fire Retardant Grade : Raised phosphorus content for critical fire code compliance (FMVSS, UL 94 V-0). Eco Formulation : Low-residue and non-phthalate blending compatible with green building standards. Contact for Custom TCPP Solutions Application Scenarios & User Cases Petrochemical Plant Pipeline Insulation: A Middle Eastern EPC used Hegrecat TCPP Tris (2-Chloro-1-Methylethyl) Phosphate CAS:13674-84-5 in closed-cell PU, achieving 21% lower thermal conductivity and 50% improved fire-resistance (tested to BS EN 1366-3:2021). OEM Appliance Foam (China): Improved foam compressive strength (from 260 to 340 kPa) and fire rating (UL94 V-0), enabling thinner walls and energy savings for refrigerators and AC units. Automotive Wire Harness (Europe): Better flexibility and resistance to embrittlement, with zero corrosion in 48h salt spray (ISO 9227) compared to brominated flame retardants. Metallurgical Plant Cable Trays: 30 km of cable trays retrofitted with TCPP-based coating showed 4x longer service life and less maintenance (per German VDE 0482-332-1). Textile Coating (South Asia): Reduced process smoke and no needle clogging during high-speed impregnation. Field Feedback : “By shifting to Hegrecat TCPP Tris (2-Chloro-1-Methylethyl) Phosphate CAS:13674-84-5 , our foam panels not only met the updated euro-class EN 13501-1 B rating, but material yield improved by 12%, with visible savings in logistics and reduced odor during processing.” — Project Manager, German Insulation OEM (Interviewed in PUworld.net 2023) FAQs: Professional Answers to Key Technical Terms 1. What is the molecular structure of Hegrecat TCPP Tris (2-Chloro-1-Methylethyl) Phosphate CAS:13674-84-5 and why is it effective? Its structure, containing phosphorous and chlorine atoms within a trialkyl phosphate backbone, provides dual action: phosphorus promotes char formation while chlorine interrupts free radical combustion, yielding high flame retardancy. 2. How does TCPP compare with TDCP (Tris-2,3-dichloropropyl phosphate) in terms of fire rating and safety? Both are halogenated organophosphates, but Hegrecat TCPP has lower toxicity, a higher flash point, and broader REACH/UL compliance versus TDCP, and is preferred in most modern PU foam formulations. 3. What installation standards are recommended for products made with TCPP? For insulation and cable applications: IEC 60332-1, EN 45545-2 (rail), and UL94 V-0 are the typical referencing standards ensuring targeted fire safety. 4. What is the recommended storage and handling protocol? Store at 5–35℃ in ventilated, dry places using sealed drums/IBCs. Wear gloves/goggles; comply with SDS and OSHA standards. Has a shelf-life of 24+ months if unopened. 5. Can TCPP be used in eco-certifiable products? Yes. With low VOC/odor, ROHS/REACH compliance, and non-phthalate blends, Hegrecat TCPP is accepted for green, low-toxicity building applications. 6. What is the batch-to-batch consistency and quality control? Each batch is GC-MS assayed. Certificates of analysis (COA) include P/Cl content, acid value, water % (typically <0.05), and contain full traceability under ISO 9001:2015 supervision. 7. What are the standard packaging options and logistics support? Offered in 250kg steel drums, 1000kg IBCs, or flexibags; all have SGS/UN approval. Global shipment is coordinated via major logistics channels with real-time tracking. Delivery, Warranty & Customer Support Lead Time: Standard delivery within 12-18 days, urgent orders can be expedited in 5 days (based on annual agreements). Warranty: 24 months under recommended storage. Free replacement for quality deviations. Customer Service: 24/7 technical hotline, on-site engineering assistance for process expansion and compliance audits. Documentation: Full SDS (Safety Data Sheet), COA, and third-party test certificates supplied. After-sales: Global partner network for local support, quarterly customer feedback surveys. Industry References & Scientific Insights “Recent advances in flame retardant polyurethanes for thermal insulation,” International Journal of Adhesion and Adhesives, 2022 “Performance of Phosphate Flame Retardants in Polyolefins,” Industrial & Engineering Chemistry Research, ACS 2019 “Safe use and environmental fate of TCPP in the EU,” ECHA, 2023 Review “Polyurethane Foams: Current status and future prospects,” PU Europe Industry Forum “Trends in Flexible PVC Flame Retardants,” SpecialChem Library, 2023

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    Personal Care
    Surfactants are essential ingredients in personal care products, such as shampoos, body washes, facial cleansers, and toothpaste. They effectively remove oil, dirt, and impurities from the skin and hair while creating a rich lather for an enjoyable user experience. Additionally, surfactants act as emulsifiers and wetting agents, improving product stability and texture to meet various skin needs and functional requirements.
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    Home And I&i Cleaning
    Surfactants are vital components in cleaning products for both household and industrial applications. They effectively break down grease, stains, and dirt, enhancing cleaning efficiency by reducing water's surface tension for deeper penetration. Whether for daily home cleaning or industrial equipment maintenance, surfactants deliver powerful and consistent performance. Their formulations can be customized to meet specific needs, such as degreasing, disinfection, or rust prevention.
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    Pharmaceutical
    Pharmaceutical intermediates and APIs (Active Pharmaceutical Ingredients) are essential components in drug manufacturing. Intermediates serve as key building blocks for API synthesis, while APIs provide therapeutic effects in final dosage forms.
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    Polyurethane
    Polyurethane catalysts are used to accelerate foaming and gel reactions, enhancing production efficiency and product performance. It is mainly applied in fields such as furniture soft foam, automotive seats, building insulation materials and coatings.
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