Isoparaffin

Isoparaffin A group of Saturated Branched Hydrocarbons (Iso-Alkanes) are obtained from the refining and hydrogenation of petroleum fractions. These compounds are High purity, very low odor, chemical stability and better safety than aromatic solventsare widely used in sensitive and advanced industries.

Isoparaffins are usually in the form of Clear, colorless, and low-volatile liquids They are available and are a good alternative to traditional solvents with a pungent odor and higher toxicity.

General characteristics of isoparaffin

  • Chemical family: Branched alkanes

  • Physical state: Clear liquid

  • Color: Colorless

  • For: Very little or no odor

  • Escape: Controlled

  • Solubility in water: Insoluble

  • Solubility in organic matter: Top

  • Chemical stability: Very high

Types of isoparaffins and carbon range

Isoparaffins based on Carbon chain length They are categorized, which directly affects their viscosity, boiling point, and application:

Isoparaffin type Carbon range Indicator feature
Light isoparaffin C8 – C10 Fast evaporation, high cleaning power
Medium isoparaffin C11 – C13 The balance between volatility and stability
Heavy isoparaffin C14 – C16 Higher viscosity, slower evaporation

Typical technical specifications of isoparaffin

 

Parameter Approximate value
Density at 15°C 0.73 – 0.78 g/cm³
Boiling point 150 – 260°C
Flash point Above 60°C (depending on grade)
Aromatics Less than 0.01%

Isoparaffin Applications

🔹 Cosmetics and health industries

  • Solvent base in Creams, lotions, and sprays

  • Skin-friendly and odorless

🔹 Paint, ink and coatings industries

  • Safe solvent for Printing colors and inks

  • Improve uniformity and control drying time

🔹 Electronic and precision industries

  • Cleaning sensitive parts

  • No residue left behind

🔹 Chemical and industrial industries

  • Solvent for specific reactions

  • Safer alternative to aromatic solvents

Benefits of Isoparaffin

  • Very little odor

  • Lower toxicity than traditional solvents

  • High chemical stability

  • Greater safety in workplaces

  • Compliance with environmental standards