Our high-purity Degummed CNSL, with its excellent chemical stability, heat resistance, and environmentally friendly characteristics, serves as a crucial bio-based raw material, replacing petroleum-based ingredients across various high-performance industries.

1. Bio-Energy and Biofuels

Degummed CNSL is a necessary high-performance, eco-friendly fuel component in the era of energy transition.

  • Bio-Heavy Oil (BHO) Additive: Used as a vital component in Bio-Heavy Oil for power plants and industrial boilers. Our CNSL provides high calorific value and a low Pour Point, maximizing the performance of this highly efficient, low-emission replacement for conventional bunker C fuel oil.
  • Sustainable Aviation Fuel (SAF) and Biodiesel: Currently researched and utilized as a precursor for next-generation transport fuels, including SAF and advanced biodiesel, contributing to carbon neutrality goals in the transportation sector.

2. High-Performance Coatings and Resins

The unique phenolic structure of CNSL imparts exceptional durability to final products.

  • Industrial and Marine Coatings: Used as a raw material for resins that offer superior chemical, water, and corrosion resistance. This makes it essential for manufacturing protective coatings used in harsh environments like ships, pipelines, and chemical plants.
  • Low-Toxicity / Eco-Friendly Paints: A core ingredient in the production of eco-friendly paints and varnishes that reduce the emission of harmful substances (VOCs – Volatile Organic Compounds).

3. Automotive and Friction Materials

We enhance the performance and lifespan of components required to withstand high heat and friction.

  • Friction Composites: Used as a binder in friction materials like car brake pads, linings, and clutches. It enhances abrasion resistance and thermal stability under high temperatures, improving both safety and component lifespan.
  • Engine and EV Components: Its excellent insulation and heat resistance properties lead to its application in automotive parts, especially high-performance materials required for Electric Vehicle (EV) battery casings.

4. Specialty Chemicals and Future Research Areas

Leveraging the high reactivity of CNSL, we create various functional chemicals and actively pioneer new application territories.

  • Current Specialty Uses: Specific derivatives are used as raw materials for eco-friendly surfactants, emulsifiers, or natural biocides and insect repellents.

Future Research (R&D Focus): We are currently engaged in research and development to explore the potential for use as a raw material for environmentally friendly and biodegradable Lubricants and low-irritation ingredients for Cosmetics, continuously expanding the application scope of our CNSL.