ChemyClean Green-S P
High cleaning power, superior shine
Biosurfactant destined for high-performance surface cleaning formulations, based on 1,3-Propanediol Polylactate Copolymer, synthesized by green chemistry processes and renewable source raw materials.
Chemical Description
1,3-Propanediol Polylactate Copolymer
% of Use
0.50%
Applications
Liquid, Hydroalcoholic Systems
Benefits
High Spreadability, High cleaning power on various surfaces, Increases Surface Sharpness, Compatible with Anionic and Cationic Systems, Does not leave stains or residues, Provides shine to surfaces
Documents for Download
Documents for Download
Product related terms
- Biosurfactant
- Shine
- Cleaning
- Does not stain
- Sharpness
- Green Chemistry
- Cleaning Agent
Answer your questions
Frequently Asked Questions
What is ChemyClean Green-S P, and how is it positioned in the cleaning market?
ChemyClean Green-S P is an innovative, patented, and sustainable biosurfactant/solvosurfactant based on a Poly(lactate-co-1,3-propanediol) copolymer. It was developed to enable high-performance formulations for the surface cleaning market, combining high cleaning power at low concentrations, formulation versatility, and a commitment to sustainability.
What is the chemical description of the copolymer, and how is it synthesized?
Chemically, ChemyClean Green-S P is a Poly(lactate-co-1,3-propanediol) copolymer composed of polyether and polyester segments without polyalkyl chains.
Its Green Chemistry-based synthesis takes place in two steps: first, 1,3-propanediol undergoes etherification to form poly(1,3-propanediol); second, the resulting polymer undergoes esterification with renewable-source lactic acid.
What are the molecular and molar mass characteristics of ChemyClean Green-S P?
ChemyClean Green-S P exhibits a low-molecular-weight distribution characteristic of solvosurfactants, with a predominant fraction of approximately 473 g/mol, along with fractions of 314 g/mol and 747 g/mol.
It also has a small hydrodynamic diameter, ranging from 1 to 3 nm, which contributes to the formation of clear solutions.