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The key raw material for alkyd resins in the coatings and inks industry is Refined Oleic Acid IV1
Utilized in producing alkyd resin coatings. The resulting coatings offer excellent gloss, hardness, and weather resistance, making them extensively used in furniture and architectural decoration to provide aesthetically pleasing and durable protective finishes.
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2025
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Tallow Distilled Fatty Acid Industrial Grade from beef and mutton fats used as core raw materials for alkyd resins in the coatings and inks industry
Tallow Distilled Fatty Acid Industrial Grade are utilized as a key raw material for producing alkyd resin coatings. Coatings derived from these acids offer excellent gloss, hardness, and weather resistance, making them commonly used in furniture and architectural decoration to provide durable and aesthetically pleasing protective finishes. Surfactant Production: They are also used in synthesizing surfactants, which are critical components in detergents and cosmetics. These surfactants provide essential emulsifying, dispersing, and cleaning properties, thereby significantly improving the performance of the end products.
The Tall Oil Fatty Acid used as Ink vehicle in the ink industry
Ink Additives: In ink production, TOFA function as ink vehicles and additives. As a vehicle, they uniformly disperse and bind pigment particles, ensuring good flow and transfer properties for high-quality printing. As additives, they improve ink drying performance, water resistance, and abrasion resistance, making them suitable for various printing processes like offset and gravure printing.
Tall Oil Fatty Acid used in the coating industry for the production of alkyd resins
Coatings Resin Synthesis: In the coatings industry, TOFA are essential raw materials for producing alkyd resins. Alkyd resin coatings synthesized with TOFA offer excellent gloss, hardness, and weather resistance, making them widely used for surface coating applications in furniture, construction, automotive, and other sectors. Incorporating TOFA allows for the adjustment of drying speed and film properties, improving application ease and resulting in coatings with superior protective and decorative effects.
High Iodine Value Oleic Acid IV140, which is used as a lubricant reagent in the oilfield technical service and equipment industry
High Iodine Value Oleic Acid (IV140), with its high unsaturation (iodine value 140), is mainly used as an extreme pressure antiwear additive and metal surface modifier for oilfield drilling tool grease, gearbox lubricant and pipeline rust prevention coating, reducing friction and wear through adsorption to form a film and inhibiting corrosion of the equipment under high temperature and high pressure environments, especially suitable for lubrication and maintenance of deep-well drilling and heavy-loaded machinery.
Tall Oil Fatty Acid used as lubricant reagent in the oilfield technical service and equipment industry
environmentally friendly lubrication alternatives - biodegradation rate of >80%, to meet the ecological requirements of the offshore platform, and Eco-friendly lubrication alternative - biodegradation rate >80% to meet the ecological requirements of offshore platforms, and non-fluorescence characteristics do not interfere with geological logging;
Stearic Acid, which is used as a coupling reagent in the plastic industry
For example, in the processing of PVC pipes, sheets, and profiles, the addition of stearic acid can prevent the "charring" phenomenon during processing, ensuring product quality. On the other hand, it has good lubricity, which can reduce the friction between plastic melts and processing equipment, making the plastic more smooth during processes like extrusion and injection molding, improving processing efficiency, and simultaneously enhancing the surface smoothness of plastic products.
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Stearic Acid, which is used as a heat stabilizer in the plastic industry
stearic acid is widely used in the plastic industry. In the production of polyvinyl chloride (PVC) plastics, it has multiple functions. On the one hand, as a heat stabilizer, it can effectively improve the thermal stability of PVC, inhibiting the degradation reactions of PVC during processing due to heat, preventing discoloration and embrittlement of plastics