N-Heptane – Manufacturer, Supplier & Exporter | DPRJ Universal

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What Are the Technical Specifications of N-Heptane?

• Chemical Name: n-Heptane (Normal Heptane)
• Purity: 99.5% (Minimum Specification)
• CAS No.: 142-82-5 (Registered under n heptane cas number references)
• Appearance: Clear, colorless, highly volatile liquid
• Formula / Configuration: C₇H₁₆ (Fulfilling standard n heptane chemical formula and n heptane molecular formula specifications)
• Skeletal Geometry: Straight-chain hydrocarbon CH₃(CH₂)₅CH₃), verified by standard n heptane structural formula, n heptane skeletal structure, and n heptane lewis structure mappings.
• Molecular Weight: 100.21 g/mol (Sourced via n heptane molecular weight guidelines)
• Density: 0.684 g/mL at 20 °C (Aligned with n heptane density g ml metrics)
• Freezing Point: -90.6 °C (Documented via n heptane freezing point evaluations)
• Boiling Parameters: 98.4 °C normal boiling temperature, with adjusted parameters searchable under n heptane boiling point under vacuum options.
• Chemical Formula: C₇H₁₆
• Packaging: 137 KGS MS DRUM
• Origin: India

Primary Applications & Chemical Notes

• Aromatization Processing: Serves as an essential platform to convert n heptane to toluene. When heated over oxide configurations ($n\\text{ heptane on heating to }773\\text{ K}$), it forms aromatic rings. This conversion pathway—where $n\\text{ heptane on aromatization gives}$ toluene—is highly accelerated when $n\\text{ heptane react with cr2o3}$ or when processed as $n\\text{ heptane in presence of cr2o3}$ over multi-component systems like $n\\text{ heptane cr2o3 al2o3}$ or $n\\text{ heptane cr2o3}$ catalysts.
• Standardized Fuel Calibration: The n heptane octane number is set at absolute $0$. Fuel laboratories confirm that $n\\text{ heptane has octane number}$ zero to establish knock rating baselines alongside isooctane.
• Pharmaceutical Extraction Solvent: Regulated by precise thresholds under the n heptane ich limit. Because the maximum allowable concentration n heptane limit as per ich guidelines is set at $5000\\text{ ppm}$ ($0.5\\%$ Class 3), it serves as a non-toxic alternative to hexane.
• Thermodynamic and Analytical Research: Used to evaluate molecular anomalies, such as how binary systems like n heptane ethanol show which deviation from ideal conditions. It exhibits positive deviations due to weak dispersion-driven n heptane intermolecular forces. Scientists utilize these behaviors to track volatile shifts across changing n heptane vapor pressure barriers, isolating structural configurations via the n heptane ir spectrum to map precise properties across distinct n heptane isomers.
• Specialty Laboratory Reagent: Highly demanded for chemical analysis alongside premium standard benchmarks like n heptane emplura or emsure grades, acting as an optimal extraction medium for industrial processors.

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