Synonyms: PASP-Na, Polyaspartic Acid Sodium Salt, Eco-friendly Polyamino Acid Product OverviewSodium Polyaspartate (PASP-Na) is a phosphorus-free, non-toxic, and fully biodegradable environmentally friendly polyamino acid chemical. Its main chain peptide bonds are easily decomposed by fungi and microorganisms, ultimately degrading into harmless water and carbon dioxide, making it safe and reliable. Product Features
Eco-Friendly & Biodegradable: 100% biodegradable with no ecological toxicity
Multifunctional: Combines dispersion, scale inhibition, corrosion inhibition, and chelation
Strong Weather Resistance: Suitable for high hardness, high alkalinity, and high temperature water conditions
Excellent Compatibility: Works well with other water treatment chemicals
Technical Specifications
Specification
Parameter
Appearance
Liquid or powder
pH Value
Alkaline (formulation dependent)
Molecular Weight
3000-8000 g/mol
Solid Content
≥ 40% (liquid), ≥ 90% (powder)
Biodegradability
≥ 80% in 28 days
Application AreasWater Treatment
Efficient scale and corrosion inhibitor for salt chemical industry, oilfield injection water, seawater desalination, industrial circulating water, boiler water systems
Particularly suitable for high hardness/high alkalinity/high temperature water systems
Detergent Additives
Green detergent enhancer (dishwashing liquid, laundry detergent, industrial cleaners):
Water softening, stain dispersion, anti-redeposition
Safety InformationAlkaline substance. Wear appropriate protective equipment during operation. Avoid contact with skin and eyes. In case of contact, rinse immediately with plenty of water Documentation:
[Safety Data Sheet (SDS)]
[Technical Data Sheet (TDS)]
[Application Guide]
Sample Request: Contact our technical team for complimentary samples and expert support Technical Service: Our experts provide application solutions and technical consultin Disclaimer: Product information is based on current knowledge and believed to be accurate. Users should conduct their own testing to determine suitability for specific applications.
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