Obtained through vacuum fractional distillation of Heated CNSL at controlled temperatures — a high-performance, bio-based alternative to petroleum phenol and an effective blend component in fossil fuels (biofuel).
Product Overview
Cardanol is obtained through vacuum fractional distillation of Heated CNSL at controlled temperatures, producing a high-performance bio-based alternative to petroleum phenol and a good blend in fossil fuels (biofuel). With 93–99% cardanol content, our distilled grade delivers the consistency demanded by resin, coating, and surfactant chemistries.
Derived from Indian cashew nut feedstock via Heated CNSL, every shipment is backed by structured sourcing, specification-driven processing, and an independent certificate of analysis — with a minimum order quantity of 100 MT per shipment and packaging in Flexibag, ISO Tank, or Drums.
Key Advantages
A renewable phenol platform engineered for demanding resin, coating, and surfactant chemistries — with documentation-driven quality on every shipment.
Designed For
We supply Cardanol solutions for coatings, resins, friction materials, surfactants, laminates and industrial applications across evolving global manufacturing sectors.
Technical Data
Distilled cardanol specifications, verified against an independent certificate of analysis for every shipment.
| Parameter | Specification | Unit / Basis |
|---|---|---|
| Purity (Cardanol content) | 93–99% | % |
| Specific Gravity @ 25°C | 0.92–0.96 | g/cm³ |
| Moisture Content | <0.2% | % |
| Flash Point (COC) | >200°C | °C |
| Grade | Distilled | — |
| Nature | Bio-based phenol derivative | — |
| MOQ | 100 MT per shipment | MT |
Ready to Order?
Our technical team will help you evaluate Cardanol for your formulation — request a sample, certificate of analysis, or a detailed specification sheet.
