Views: 0 Author: Site Editor Publish Time: 2026-06-04 Origin: Site
C10-13 Isoalkanes and D60 solvent are both hydrocarbon cleaning solvents, but they differ in refining level, aromatic content, residue characteristics, odor profile, and application suitability. Selection depends on cleaning requirements, material compatibility, and process specifications.
C10-13 Isoalkanes are highly refined isoparaffinic hydrocarbons.
D60 is generally classified as a hydrotreated petroleum solvent with a broader hydrocarbon composition.
How Do Their Typical Properties Compare?
Property | C10-13 Isoalkanes | D60 Solvent |
|---|---|---|
Carbon Range | C10-C13 | C9-C14 |
Aromatic Content | <0.01% | Typically Higher |
Odor | Low | Moderate |
Residue | Low | Moderate |
Purity | Higher | Variable |
Flash Point | 62-80°C | Around 60°C |
Electronics cleaning often requires:
Low residue
Low aromatic content
Consistent evaporation
C10-13 Isoalkanes are frequently selected when these requirements are important.
Both solvent types can remove:
Oils
Grease
Manufacturing residues
The choice often depends on contamination type, process requirements, and safety considerations.
Important factors include:
Flash Point
Residue Level
Cleaning Performance
Material Compatibility
Regulatory Requirements
No. They belong to related hydrocarbon solvent categories but differ in composition and refining level.
C10-13 Isoalkanes typically have lower aromatic content.
Highly refined C10-13 Isoalkanes are generally selected for applications requiring lower residue characteristics.
This article focuses on the technical differences between C10-13 Isoalkanes and D60 solvent, helping users evaluate cleaning performance, residue characteristics, and application suitability for electronics cleaning and industrial degreasing.
