CAS No.: -01-6, -06-8, -47-6
Molecular weight: -;
Synonyms:
Aspartic acid,homopolymer,sodium salt (CAS# -01-6); ポリアスパラギン酸ナトリウム液;
Polyaspartic Acid Sodium Salt; PASP-Na; ポリアスパラギン酸Na;
L-Aspartic acid,homopolymer,sodium salt (CAS# -47-6);
2-Butenedioic acid (Z)-, ammonium salt, homopolymer,hydrolyzed, sodium salts (CAS# -06-8);
Related chemical: L-Aspartic acid, homopolymer (CAS# -40-6, without sodium salt);
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Related product:
Potassium Polyaspartate (CAS# -18-8)
Sodium Polyaspartate is biodegradable non-phosphorus polymer, as chelating agent, dispersant and scale inhibitor, used in water treatment, detergents, polymer viscosity reducer, agriculture, ect.
Polysuccinimide (PSI) is a water-insoluble, light yellow powder that is a hydrolyzed precursor to polyaspartic acid salts, and can be used in a variety of areas of polyaspartic acid applications as a slow-release type product.
Sodium polyaspartate and polysuccinimide are often used in low-phosphorus or non-phosphorus products in water treatment chemicals.
Uses
Technical Data
Ralated Chelating Agents
usually used as scale inhibitor, cleaner, metal ions control, etc.
Traditonal Chelating Agents
Aminopolycarboxylates: EDTA acid, EDTA-Na/K, DTPA & DTPA-5Na/5K
Polyphosphonates: HEDP, DTPMP, ATMP, PBTCA
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Routes for synthesizing
There are two common process routes for synthesizing salts of polyaspartic acid. First route, food grade aspartic acid is used as the main raw material. This route was chosen for food grade potassium polyaspartate.
Second, maleic anhydride is used as the main raw material. Water treatment grade product is usually produced by this method.
Package and storage
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The pervasive utility of PASP-NA is experienced across a spectrum of applications, particularly due to its environmental friendliness and biodegradability. Imagine a scenario where water treatment processes are often challenged by stubborn mineral scales and corrosive elements. PASP-NA disrupts this landscape by providing an eco-friendly solution, effectively inhibiting scale formation and corrosion without invoking toxic byproducts. This real-world benefit significantly minimizes operational costs and enhances efficiency in water management systems, empowering industries to meet stringent environmental regulations.
Moreover, the expertise that underpins PASP-NA’s formulation is grounded in cutting-edge research and development. Developed by chemists who possess a profound understanding of polymer sciences, the excellence of PASP-NA in application scenarios is thoroughly proven. Its chelating abilities allow it to bond with metal ions, offering exceptional performance in agriculture as well. By enhancing nutrient absorption in plants, PASP-NA markedly boosts yield without compromising soil health, exemplifying a win-win scenario for sustainable agriculture practices.
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In essence, PASP-NA transcends beyond a mere product; it represents a commitment to sustainability, innovation, and dependability. It bridges the gap between ecological responsibility and industrial efficiency, proving itself as an indispensable component in numerous modern applications. As organizations continually strive for greener and more effective solutions, PASP-NA emerges as a beacon of expertise, experience, authority, and trustworthiness in the evolving narrative of industrial advancements.
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