Product Overview

Kerosene, a critical middle-distillate petroleum hydrocarbon, represents a sophisticated fuel derived through precise fractional distillation of crude oil. Characterized by its complex molecular structure ranging from C10H22 to C16H34, this Laboratory Grade K1 fuel embodies a pivotal technological resource in industrial and technical domains. Its molecular composition enables exceptional thermal performance, making it a fundamental component in numerous high-demand industrial applications requiring reliable, consistent energy transfer.

As a refined hydrocarbon fuel, kerosene demonstrates remarkable molecular stability and energy density, engineered to provide predictable combustion characteristics across diverse industrial environments. The carefully controlled molecular weight and hydrocarbon chain length ensure optimal thermal efficiency, minimal impurity content, and consistent performance in precision technical systems that demand exacting fuel specifications.

Historically developed during the petroleum refinement revolution, kerosene has evolved from a simple illumination fuel to a sophisticated industrial resource. Its refined chemical properties and controlled molecular structure make it an indispensable material in advanced technological and industrial processes requiring precise thermal management and energy conversion.

Key Properties

• Chemical Formula: C10H22 to C16H34
• CAS Number: 8008-20-6
• Boiling Point: 175°C
• Melting Point: -40°C
• Specific Gravity: 0.82
• Flash Point: 38°C
• Molecular Weight: 142.28 g/mol
• Appearance: Light amber liquid, transparent
• Solubility: Low water solubility
• Chemical Stability: Excellent thermal and oxidative stability

Common Applications

• Industrial Thermal Processing: Kerosene serves as a critical heat transfer medium in advanced industrial systems, providing consistent thermal energy with precise temperature control. Its stable molecular structure allows uniform heat distribution across manufacturing processes, enabling efficient thermal management in complex industrial equipment.
• Power Generation Systems: Utilized in backup generators and portable power units, kerosene offers rapid ignition characteristics and consistent energy output. Its high energy density and clean-burning properties make it ideal for emergency and remote power generation scenarios requiring reliable fuel performance.
• Equipment Maintenance and Cleaning: Functions as a precision industrial solvent for removing accumulated mechanical contaminants, effectively displacing lubricants and breaking down complex hydrocarbon deposits. Its molecular composition enables efficient grease and oil removal in heavy-duty industrial machinery maintenance operations.
• Research and Calibration Applications: Employed as a controlled reference fuel in thermodynamic studies, combustion research, and technical instrument calibration. Its consistent molecular properties allow precise measurement of thermal characteristics and combustion dynamics in advanced scientific investigations.
• Heavy-Duty Machinery Fuel: Provides robust energy source for construction, agricultural, and mining equipment operating under challenging environmental conditions. Its thermal stability and consistent combustion properties ensure minimal performance degradation in extreme operational environments.

Safety Precautions

Handle kerosene exclusively in well-ventilated areas with comprehensive personal protective equipment, including chemical-resistant nitrile gloves, splash-resistant safety goggles, and flame-resistant protective clothing. Implement strict ignition source control protocols and ensure proper electrical grounding during all handling procedures to mitigate potential fire risks.

Store in approved, sealed containers constructed of chemical-resistant materials such as stainless steel or specialized polyethylene, keeping the product away from direct sunlight, heat sources, and potential oxidizing agents. Maintain storage temperatures between 10-30°C in a cool, dry environment with adequate ventilation, secondary containment, and appropriate fire suppression capabilities.

In case of accidental exposure, implement immediate evacuation protocols, utilize appropriate respiratory protection with organic vapor cartridges, and follow comprehensive emergency response guidelines. Maintain immediate access to CO2 or dry chemical fire extinguishers specifically rated for hydrocarbon fuel fires, and have chemical spill containment materials readily available.

Benefits

K1 Laboratory Grade Kerosene delivers exceptional performance through its meticulously engineered molecular composition, providing industries with a reliable, high-efficiency fuel solution. Its carefully controlled hydrocarbon structure ensures minimal equipment wear, maximized operational reliability, and consistent thermal output across diverse technical applications.

By offering superior energy density, clean combustion properties, and versatile performance, this kerosene grade provides critical industrial sectors with a dependable fuel source that meets stringent quality and performance standards. Its refined formulation supports advanced mechanical systems while maintaining excellent stability, predictable thermal characteristics, and minimal environmental impact.