Detergents
Using green chemistry, we create detergent formulas that excel in cleaning while reducing the environmental impact
NanoChem Solutions specializes in green chemistry, crafting environmentally-friendly detergents for superior cleaning efficacy. Our eco-conscious solutions feature sustainable surfactants and bio-based additives, ensuring effective cleaning while minimizing harm to the environment. Additionally, our amino-acid polymer replaces non-biodegradable scale inhibitors, enhancing cleaning by neutralizing calcium and magnesium ions.
Committed to sustainable manufacturing, we offer biodegradable alternatives to traditional scale inhibitors. Our amino-acid polymer improves detergency across various markets by reducing hardness. Prioritizing eco-consciousness, we contribute to a cleaner, more sustainable future, empowering consumers to make environmentally responsible choices confidently.
Applications
Hand Soaps
An eco-friendly solution that reduces harm and delivers powerful cleaning.
Laundry Detergent
Enhances detergency and reduces encrustation. Effective with various fabric types.
Dishwashing Tablets
Enjoy spotless, film-free washing with our environmentally friendly, biodegradable alternative.
Benefits
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Remarkable Cleaning
Our exceptional detergents ensure superior cleaning, leaving surfaces sparkling clean.
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Improved Detergency
Amino-acid polymer neutralizes calcium and magnesium ions, enhancing effectiveness.
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Trusted for More Than 20 Years
More than two decades worth of proven reliability in the detergents industry.
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Eco-Friendly Solutions
Sustainable surfactants and bio-based additives minimize environmental impact.
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Biodegradable Alternative
Our amino-acid polymer replaces non-biodegradable scale inhibitors.
Research
Polyaspartates for the Detergent Market
To showcase the effectiveness of NCS's polyaspartate products in enhancing detergency, decreasing encrustation, and achieving film-free, spot-free washing, trials were conducted on three fabric types and glass dishes.
Sold as
Solvents
Spray-Dried Polymers