Motorcycle and automotive coatings: low-gloss or intermediate coatings, low-1. Paint and Coatings Industry:
Iodinated oleic acid serves as an important and cost-effective bio-based raw material in the paint and coatings industry, particularly for alkyd resins, polyamide resins(dimer acid), and epoxy ester resins. Its competitive advantages include air-drying properties, excellent flexibility, and superior adhesion.
Architectural Coatings:Interior/exterior alkyd enamels and ready-mixed paints(For windows, doors, woodwork, metal components).
Industrial Coatings:Anti-corrosion Coatings:Epoxy ester primers/topcoats(For agricultural machinery, equipment, steel structures, storage tanks).
end repair paints and accessory paints.
Marine Coatings:Interior cabin paints, above-water structure maintenance paints.
Wood Coatings:Alkyd varnishes and pigmented finishes(For furniture, flooring).
Printing Inks:Vehicle component for some offset lithographic inks and letterpress inks.
2. Plastics Industry:
Plasticizers: It serves as a crucial raw material in the production of plasticizers. By enhancing the flexibility and plasticity of materials like Polyvinyl Chloride (PVC), it makes processing and molding significantly easier.
Engineering Plastics: This acid is utilized as a key ingredient in synthesizing engineering plastics. It contributes to enhancing their performance characteristics, including strength, heat resistance, and chemical corrosion resistance, meeting the demanding requirements of various industrial applications.
3. textile industry:
Synthetic Fibers: In the production of synthetic fibers, such as nylon, High Iodine Value Oleic Acid IV140 plays a role in improving texture, luster, and overall strength.
Textile Industry: Particularly in the wool sector, it is used to prepare
4.Daily chemical industry:
Surfactants: It is employed in synthesizing surfactants, exemplified by oleamide. These surfactants are highly valued for their excellent cleaning, emulsifying, and dispersing properties, making them widely used in detergents, cleaners, and cosmetics.
5.wood industry:
It finds application in formulating waterproofing agents, such as paraffin emulsions. This enhances wood's water resistance and durability, especially in humid conditions, extending its service life.
6.Metal Processing industry:
It acts as a base material for metalworking fluids, improving lubrication and cooling properties. This reduces friction and tool wear, ultimately enhancing machining precision and surface finish quality.
7.Mining industry:
it serves as a flotation agent for metal ores and a release agent, functioning effectively in the mining and processing of metal minerals.
8. The oilfield service industry
In lubricating greases for oilfield drilling tools
(such as lithium-based/calcium-based greases),
it forms a dense adsorption film on the metal surface through its long-chain unsaturated structure,
significantly reducing the wear of key friction pairs like drill pipe joints and bearings.
The strong adsorption property brought by its high iodine value ensures the stability of the oil film under heavy-load conditions
(such as in drilling rig gearboxes),
which can effectively extend the service life of equipment.
