Low Damage Friction Reducer

This product leverages Atom Transfer Radical Polymerization (ATRP) to produce a precision-engineered powder. Specially designed functional monomers are controllably integrated into the polymer chain, effectively suppressing molecular curling and resulting in low adsorption, low friction resistance, and strong sand-carrying performance.
In addition, hydration inhibition and control technology is applied, allowing water-soluble powder particles to remain stably dispersed in the aqueous phase and maintain a highly stable state. Upon solution preparation, the disruption of the hydration equilibrium triggers a rapid increase in viscosity.
The use of a non-oil phase solvent eliminates the risk of oil-water emulsification, effectively preventing formation damage caused by emulsion residues.

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Self-Cleaning Desorption Friction Reducer

This product is formulated with a specially designed, salt-resistant polymer that offers strong sand-carrying capacity and is combined with active solvents capable of methane desorption and core cleaning. Through the interaction between the solvent and the polymer’s molecular structure, it achieves stable suspension with a robust network structure. The formulation delivers multiple performance advantages, including low polyacrylamide adsorption, effective methane desorption, enhanced core cleaning and pore enlargement, low residue, an oil-free and anti-emulsification profile, high salt tolerance, strong sand-carrying performance, and excellent friction reduction—making it ideal for complex reservoir environments.

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