Tag Fine chemicals

High-purity chemical solvent labeled “n-Hexane, 60%” in a transparent glass bottle on stainless steel background

High‑Quality n‑Hexane, 60% for Industrial Applications

A reliable solvent for extraction, cleaning, dissolution, and distillation processes.

Our n‑Hexane, 60% is widely used by global fine chemical manufacturers who require a stable, reliable, and well‑controlled industrial solvent for extraction, cleaning, dissolution, and distillation processes. With consistent performance and strict impurity control, this grade of hexane supports efficient and scalable production.

Key Applications of n‑Hexane, 60%

Oil Extraction and Separation The low boiling point and strong solvency of n‑Hexane, 60% help improve extraction efficiency in oilseed processing and fine chemical production.

Precision Parts Cleaning Fast evaporation, low residue, and excellent moisture control make n‑Hexane, 60% ideal for cleaning precision components and sensitive equipment.

Resin and Rubber Dissolution Its non‑polar characteristics provide strong dissolving power for resins, rubber materials, and polymer processing.

Distillation and Solvent Recovery Strict control of water content, benzene levels, and sulfur value ensures stable operation in distillation columns and closed‑loop recovery systems.

Customer Feedback and Performance Highlights

Global users consistently report strong performance from our n‑Hexane, 60%: • Stable evaporation rate for continuous production • Low impurity levels that reduce fouling and side reactions • Excellent moisture control for higher distillation efficiency • High batch‑to‑batch consistency for predictable process parameters

Product Specifications

• Appearance: Colorless, transparent liquid • n‑Hexane purity: ≥60% • Benzene: ≤0.01% • Water: ≤50 ppm • Sulfur value: ≤50 mg/100 g • Standard: Complies with national n‑Hexane specifications

Why Choose Our n‑Hexane, 60%

We provide a stable, high‑purity n‑Hexane, 60% designed for demanding industrial environments. Our production and quality systems ensure consistent performance, reliable supply, and strong technical support for global manufacturers.

For technical data, COA, MSDS, or sample requests, feel free to contact us.

Key Takeaways

  • n‑Hexane 60% is a reliable industrial solvent used for extraction, cleaning, dissolution, and distillation processes.
  • Key applications include oil extraction, precision parts cleaning, resin dissolution, and distillation recovery.
  • Customers report stable evaporation rates, low impurity levels, and excellent moisture control with n‑Hexane 60%.
  • Product specifications include ≥60% purity, ≤0.01% benzene, and compliance with national standards.
  • The high-purity n‑Hexane 60% ensures consistent performance and reliable supply for manufacturers.
Home » CUSTOM TITLE » Fine chemicals

High-purity Isopentane and Pentane in labeled laboratory glassware, showcasing precision solvent applications.

High-Purity Isopentane & Pentane Series — Case Study in Fine Chemical Applications

Ensuring process stability and low-impurity performance for precision chemical applications

In a fine chemical R&D project, a company faced challenges with solvent impurities affecting product stability. To ensure research efficiency and process reliability, they selected our Isopentane 99% and Pentane series products.

Product Specifications:

  • Isopentane: 99%
  • n-Pentane: per batch records
  • Cyclopentane: <100 ppm
  • Heavy components: <100 ppm
  • Light components: <0.5%
  • Benzene: <10 ppm
  • Total sulfur: <1 ppm
  • Non-volatile matter: <1 mg/100 ml

After using this batch, the R&D team observed significantly improved solvent system stability and effective control of impurities, making the overall process smoother. The team commented, “The high purity and low impurity Pentane series greatly reduced process uncertainty, which is exactly the quality assurance we needed.”

Case Summary:
The high-purity Pentane series not only meets strict specification requirements but also provides reliable process support for fine chemical, electronic materials, and precision applications.