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Insulating material industry
Lubrication and dispersion
Civil explosive equipment industry
fireworks
gunpowder
Explosive
Wood industry
Waterproof material preparation
Emulsifier
Pharmaceutical industry
Medical intermediate
Stabilizer
Butyl stearate
Feeder industry
Flavor regulator in the feed industry
Processing aid in the feed industry
Animal nutritional supplement
Building materials industry
Waterproof material
Energy industry
Fuel cell
Biofuel
Flamethrower fuel
Biodiesel
High-performance carbon material precursors
Raw materials for power generation
Industrial fuel
Rubber industry
Food industry
Additives
Stearate anti-caking reagent
Daily chemical industry
Solid glue and gel
Skin care
Soap and shampoo
Surface Reagent
Petroleum chemical industry
Chemical intermediate
Fatty acid extraction
Asphalt modifier
Asphalt emulsifier
Metallgrgical and manufacturing industry
Metal Cutting fluid and lubricant reagent
Abrasive industry
Metal processing industry
Agriculture and Animal Husbandry
Plant nutrient additives
Compound fertilizer
pesticide synergist
Soil humectant
Raw materials of organic fertilizer
Agricultural emulsifier
Fibre and Textile industry
Antistatic reagent and Lubricating softener
Greasing reagent for leather
Textile auxiliary reagent
Synthetic fibre
Mining industry
Flotation reagent
Plastic industry
Plasticizer
Engineering Plastics
Mold Release Reagent
Heart stabilizer
Coupling Reagent
Oilfield technical service and equipment industry
Lubricant reagent
Coating&Painting and Ink industry
Alkyd Resin
Ink vehicle
Thickener and Rheological reagent
Crayon
Pigment
Masterbatch filler
Synthetic Resin
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In the plastic industry, Refined Oleic Acid IV130, which is used as an additive for engineering plastics
Engineering Plastics: It is utilized in synthesizing engineering plastics, effectively boosting key properties such as mechanical strength, heat resistance, and chemical corrosion resistance. This meets the high-performance demands of various industrial sectors, including automotive and aerospace.
Tallow Distilled Fatty Acid Industrial Grade used as raw materials for the synthesis of engineering plastics in the plastic industry
Plasticizers and Lubricants: Industrial-grade tallow distilled fatty acids can be used as plasticizers and lubricants for plastics such as polyvinyl chloride (PVC) and polystyrene (PS). As a plasticizer, it can reduce the force between plastic molecules, increase the flexibility, ductility, and plasticity of plastics, making plastics easier to process and form. As a lubricant, it can reduce the friction between plastics and equipment during processing, reduce processing energy consumption, improve processing efficiency, and improve the surface finish and demolding performance of plastic products. (2)Stabilizers: In the processing of PVC plastics, when used in combination with stabilizers such as metal soaps, it can improve the thermal stability and light stability of PVC, prevent PVC from aging, discoloration, embrittlement, etc. due to heat and light during processing and use, and extend the service life of plastic products.
High Iodine Value Oleic Acid IV140, which is used as an additive for engineering plastics in the plastic industry
In industrial-grade mixed oils, the addition of high iodine oleic acid IV140 can increase the unsaturation of the mixed oil, thereby influencing some properties of the mixed oil. For example, it reduces the solidifying point of the mixed oil, enabling better fluidity at low temperatures; it also improves the oxidative stability and reaction activity of the mixed oil, making it more suitable for industrial application scenarios with special requirements for oil properties.