Product Overview

Castor oil is a highly versatile triglyceride-based vegetable oil derived from the seeds of the Ricinus communis plant, characterized by its unique chemical structure and exceptional industrial properties. Extracted through cold-pressing techniques, this laboratory-grade oil represents a critical intermediate in advanced chemical manufacturing, featuring a complex molecular composition with remarkable thermal and chemical stability. The oil's distinctive triglyceride structure, dominated by ricinoleic acid, provides unique performance characteristics that make it invaluable in sophisticated industrial and research applications.

As a pure laboratory-grade chemical, this castor oil exemplifies precision engineering and controlled molecular composition. Its carefully refined molecular profile ensures consistent performance across demanding technical processes, with carefully controlled viscosity, thermal properties, and chemical reactivity. The oil's complex molecular structure enables versatile interactions in advanced synthetic and manufacturing environments, making it a critical component in precision industrial chemistry.

Key Properties

• Chemical Formula: C18H34O2
• Molecular Weight: 282.47 g/mol
• Boiling Point: 313°C
• Melting Point: -18°C
• Specific Gravity: 0.961 at 20°C
• Flash Point: 246°C
• Appearance: Pale yellow viscous liquid
• Solubility: Organic solvent soluble
• Chemical Stability: Excellent thermal and oxidative resistance

Common Applications

• Advanced Polymer Manufacturing - Serves as a critical reactive intermediate in polyurethane and polyamide synthesis, enabling complex molecular transformations through its unique hydroxyl-rich structure. The oil's molecular characteristics facilitate precise polymer chain modifications and enhance mechanical properties of engineered plastics.
• High-Performance Lubricant Formulation - Functions as a specialized base oil in industrial lubricant development, providing exceptional thermal stability and viscosity control. Its molecular structure allows enhanced boundary lubrication performance in extreme temperature and pressure environments.
• Industrial Surface Treatment Systems - Utilized as a key ingredient in specialized coating and surface modification processes, enabling superior adhesion, corrosion resistance, and thermal durability in advanced manufacturing applications.
• Synthetic Fiber Processing - Employed as a critical processing aid in technical textile manufacturing, facilitating complex molecular interactions during synthetic fiber production and enhancing material performance characteristics.
• Specialty Chemical Synthesis - Acts as a versatile molecular platform for developing advanced industrial chemical intermediates, enabling sophisticated chemical transformations in research and manufacturing contexts.

Safety Precautions

Handle with comprehensive industrial safety protocols, implementing strict control measures to prevent potential exposure or environmental contamination. Use appropriate personal protective equipment, including chemical-resistant nitrile gloves with minimum 15 mil thickness, closed chemical splash goggles, and full-body protective clothing designed for chemical handling.

Store in tightly sealed, chemically compatible containers in a temperature-controlled environment between 10-30°C, away from direct sunlight and potential ignition sources. Maintain containers in well-ventilated areas with secondary containment capabilities to prevent potential environmental release.

In case of accidental exposure or spill, use inert absorption materials like vermiculite or specialized chemical absorbents. Implement proper disposal protocols consistent with local industrial chemical waste management regulations. Maintain comprehensive emergency response documentation and ensure personnel are trained in appropriate handling procedures.

Benefits

Our laboratory-grade castor oil delivers exceptional performance through its precisely controlled molecular composition, offering unparalleled thermal stability across a wide range of industrial processing conditions. The oil's unique chemical structure enables superior compatibility with diverse synthetic systems, making it an invaluable resource in advanced technical applications requiring exact molecular interactions.

The product provides remarkable versatility in industrial chemical processes, featuring consistent batch-to-batch performance, minimal variability, and controlled physical properties. Its advanced refinement ensures optimal reliability in demanding research and manufacturing environments, making it a preferred choice for sophisticated technical operations requiring precise chemical intermediates.