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Vegetable Pitch from Bio-Diesel used as an asphalt modifier in the petrochemical industry
Raw Material for Organic Fertilizer: Rich in organic matter, Biodiesel Pitch serves as a key ingredient for organic fertilizers. When co-composted with organic wastes like livestock manure and crop residues and subjected to fermentation, it transforms into nutrient-rich organic fertilizer abundant in humus and essential elements. This fertilizer improves soil structure, boosts fertility, enhances water and nutrient retention capacity, and promotes crop growth. Its use also reduces reliance on chemical fertilizers, lowers agricultural production costs, and supports sustainable farming practices.
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Tall Oil Fatty Acid used as asphalt emulsifiers in the petrochemical industry
Asphalt Emulsifiers: In road construction, TOFA function as asphalt emulsifiers. They enable the uniform dispersion of asphalt in water, creating stable emulsified asphalt. This facilitates the transportation and application of asphalt during road paving operations. Emulsified asphalt is used for road repairs, sealing coats, and waterproofing layers, enhancing road durability and performance.
The Low Acid Value Vegetable Pitch used as a waterproof material component in the building materials industry
Within the construction industry, low acid value vegetable pitch can be used in producing waterproofing materials such as waterproofing membranes and coatings. By compounding it with other polymeric materials, the flexibility, water resistance, and aging resistance of waterproofing products are enhanced, improving their protective performance on structures and extending building service life. Furthermore, it can act as a modifier for asphalt (or bitumen), improving the high-temperature stability, low-temperature crack resistance, and fatigue resistance of road paving binders, thereby enhancing road performance and durability.
Vegetable Pitch from Bio-Diesel used as a waterproof material in the building materials industry
Building Materials: In the building materials sector, Biodiesel Pitch is utilized in products like waterproof coatings and membranes. Combined with polymer materials, it enhances the flexibility, water resistance, and aging resistance of these waterproofing solutions, improving their protective performance on structures. Additionally, within thermal insulation materials, it functions as a binder and filler, increasing both the material's strength and insulating properties.
Palmitic Acid Feed Grade used as a flavor regulator in the feed industry
Pamltic Acid Feed Grade can modulate feed flavor and improve palatability. Animal feeding behavior is influenced by feed aroma and taste. The inherent scent and texture of palmitic acid can attract animals to consume feed, increasing feed intake. This is particularly important for young animals or those under stress, as improved palatability ensures adequate nutrient intake for healthy growth.
Palmitic Acid Feed Grade used as a processing aid in the feed industry
During feed processing, Pamltic Acid Feed Grade helps enhance the physical characteristics of feed. It acts as a binder, increasing pellet hardness and stability, reducing dust generation and pellet breakage during processing, transportation, and storage, thereby minimizing feed losses. For example, adding appropriate amounts during pellet feed production results in denser, better-formed pellets, improving processing quality and production efficiency. Palmitic acid also provides lubrication, reducing friction resistance within processing equipment, minimizing wear and tear, extending equipment lifespan, and lowering overall processing costs.
Palmitic Acid Feed Grade used as an animal nutritional supplement in the feed industry
Pamltic Acid Feed Grade serves as a high-quality energy source. Animals like pigs and poultry require substantial energy for growth, maintenance, and physiological functions. Palmitic acid releases energy through beta-oxidation within the animal body, meeting energy demands, increasing feed energy density, accelerating growth rates, shortening farming cycles, and thereby enhancing farming profitability.
In the pharmaceutical industry, Refined Oleic Acid IV130, which is used as a medical intermediate
It acts as a key raw material for synthesizing various pharmaceutical intermediates. Through subsequent chemical reactions, these intermediates can be further processed into active pharmaceutical ingredients (APIs) with specific pharmacological activity.
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