Sodium Salt of Polyaspartic Acid (PASP) is a high-performance, biodegradable biopolymer renowned for its exceptional versatility in industrial water treatment and chemical synthesis. Featuring a sophisticated molecular structure rich in amido bonds and carboxyl groups, PASP offers superior hydrophilicity and chemical stability, making it a sustainable, green alternative to traditional phosphorus-containing scale inhibitors.
By forming stable complexes with multivalent metal ions, PASP effectively prevents the precipitation of scale and corrosion in harsh environments. Its excellent biodegradability ensures that it avoids eutrophication and secondary pollution, meeting the most stringent environmental standards across agriculture, petroleum exploitation, and detergent manufacturing industries.
Detailed Parameters
| CAS No. | 181828-06-8 / 35608-40-6 | Molecular Weight | 1000-5000 |
|---|---|---|---|
| Appearance | Yellow to umber liquid | Solid Content % | 40.0 min |
| Density (20℃) | 1.20 g/cm³ min | pH (1% solution) | 9.0-11.0 |
| Molecular Formula | C4H5NO3M (Polymer) | Solubility | Excellent in water |
| Chemical Nature | Anionic Biopolymer | Stability | High thermal stability |
Key Advantages
Eco-Friendly
Fully biodegradable biopolymer that prevents water eutrophication and eliminates secondary pollution.
High Stability
Amido peptide bonds ensure the material remains stable and resistant to decomposition at high temperatures.
Powerful Chelation
Strong ability to complex with Ca2+, Mg2+, Fe2+, and Cu2+ ions to inhibit scale formation.
Scale Inhibition
Excellent efficiency against CaCO3, CaSO4, BaSO4, and Ca3(PO4)2 in high-hardness water.
Multi-Industry Use
Versatile application in water treatment, agriculture, petroleum, and pharmaceutical carriers.
Enhanced Yields
In agriculture, it improves fertilizer efficiency by 20-40% and promotes root growth.
Product Gallery
Management Platforms
Industrial Water Treatment
Optimized for RO systems, boilers, and desalination with high alkalinity and pH.
Agricultural Synergy
Functions as a fertilizer synergist to reduce dosage and increase nutrient absorption.
Oilfield Application
Prevents CO2-induced corrosion in pipelines and reduces fluid viscosity in mud.
Detergent Formulation
Acts as a water softener and anti-fouling agent for dishwashing and laundry.
Soil Remediation
Chelates heavy metals in soil to facilitate pollution restoration and land recovery.
Advanced Coatings
Used as "third-generation polyurea" for fast-curing, chemical-resistant flooring.
Investment Return Comparison
| Feature | Traditional Phosphonates | PASP (Our Product) |
|---|---|---|
| Biodegradability | Low / Persistent | High / Fully Biodegradable |
| Environmental Impact | Risk of Eutrophication | Eco-Friendly / Green |
| Agricultural Efficiency | Standard | 20-40% Increase in Efficiency |
| Hard Water Performance | Moderate | Excellent (High Hardness/pH) |
| Regulatory Compliance | Strict Limits | Fully Compliant Global Standards |
Frequently Asked Questions
PASP is a biodegradable biopolymer, meaning it breaks down naturally without causing eutrophication in water bodies, unlike phosphorus-based chemicals which can lead to harmful algal blooms.
When added to urea, PASP can increase fertilizer efficiency by 20-40%, reducing the required dosage while enhancing nutrient absorption and promoting root growth in crops.
Yes, due to its amido peptide bonds, PASP possesses high chemical and thermal stability, making it resistant to decomposition at high temperatures.
PASP acts as an excellent corrosion inhibitor for oil pipelines, specifically preventing corrosion caused by carbon dioxide and reducing fluid viscosity in bentonite mud.
Absolutely. Its anionic surfactant properties allow it to soften water and prevent the re-contamination of greasy dirt on clothes and dinnerware during cleaning.
PASP is alkaline. It should be stored in a shady, dry place for up to ten months. Operators should use protective gear to avoid skin and eye contact.
