N-Tridecane Cas 629-50-5

N-Tridecane (CAS 629-50-5) Product Guide

Table of Contents

• 1. Product Overview & Specifications
• 2. Key Applications & Industry Uses
• 3. Usage Scenarios & Operational Guidelines
• 4. Comparative Parameter Analysis
• 5. Documented Customer Implementations
• 6. Procurement Consultation

1. Product Overview & Specifications

2. Key Applications & Industry Uses

Primary Functions:

• Chemical intermediate for surfactants and lubricants
• Reference standard in chromatographic analysis
• Solvent in specialty polymer production
• Fuel component in experimental combustion studies

Industry-Specific Implementations:

• Petrochemicals: Hydrocarbon cracking studies
• Cosmetics: Emollient in high-end formulations
• Academic Research: Atmospheric chemistry simulations

3. Usage Scenarios & Operational Guidelines

Laboratory Handling Protocol:

1. Store in amber glass at 4-25°C under inert atmosphere
2. Use explosion-proof equipment above flash point
3. Employ fume hood ventilation during transfers

Industrial Processing Recommendations:

1. Pre-filter through 0.2µm PTFE membrane
2. Maintain nitrogen blanket during bulk storage
3. Implement conductivity monitoring for purity checks

4. Comparative Parameter Analysis

5. Documented Customer Implementations

Case 1: Advanced Fuel Research (2023)

• Client: European Biofuel Consortium
• Application: Cetane number improvement additive
• Outcome: 12% combustion efficiency increase

Case 2: Cosmetic Formulation (2024)

• Client: Swiss Skincare Manufacturer
• Application: Non-greasy emollient base
• Result: 30% viscosity reduction in serums

6. Procurement Consultation

Technical Specifications Sheet Available Upon Request

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