Import Best Selling Polyacrylamide For Oilfield — Buy in wholesale FOB from Supplier in Hong Kong

This oilfield-grade polyacrylamide from Henan Xinhuan Water Treatment Material Co., Ltd. is formulated specifically for petroleum extraction environments, distinguishing it from general water treatment PAM through enhanced tolerance to formation conditions. The product exhibits adsorption, aggregation, and gelling properties suited to reservoir conformance control and enhanced oil recovery operations. High temperature and high salt resistance are claimed as defining characteristics, though specific operational limits are not quantified in the source. The polymer functions to reduce water cut in producing wells and improve sweep efficiency in secondary or tertiary recovery projects, representing a functional chemical rather than a commodity flocculant.

Typical oilfield PAM for reservoir applications employs partially hydrolysed polyacrylamide (HPAM) with 15-30% hydrolysis, or sulfonated variants for elevated temperature and salinity tolerance. Molecular weights range from 8-25 million Daltons for flooding applications, with lower weights for gel blocking and profile modification. Thermal stability to 75-120°C and compatibility with total dissolved solids >100,000 mg/L distinguishes oilfield grades from standard water treatment products. The product's gelling characteristic suggests crosslinking capability with chromium(III), aluminium(III), or organic crosslinkers for in-depth profile control. Particle size for powder grades typically passes 20-60 mesh; emulsion or gel forms may be offered for offshore or remote location convenience.

Buyers are primarily petroleum operators, oilfield service companies, and chemical distributors serving mature basin production enhancement. The construction and workover market also consumes PAM for drilling fluid viscosity modification and shale inhibition, though the source emphasises production chemistry over drilling applications. Compatibility with specific formation brine composition, including divalent cation concentration and pH, governs product selection and must be validated through core flood testing or reservoir simulation. The supplier's Hong Kong registration with Henan production base offers potential cost advantage, but technical support depth and field reference verification are critical given the application complexity. Packaging, MOQ, and delivery scheduling require direct supplier confirmation.

Henan Xinhuan Water Treatment Material Co., Ltd. is registered at No.76, Science Avenue, Zhongyuan District, Zhengzhou, Henan Province, with Hong Kong listed as the origin country on this oilfield product listing. The supplier holds a harbor trust tier with no additional verification credentials displayed. Response metrics show 0.00% response rate and zero average response hours, indicating no tracked inquiry history. The profile does not disclose establishment date, production facility scale, R&D capability, or oilfield-specific project experience.

The source description positions the company as a manufacturer rather than trader of oilfield chemicals, with claimed specialisation in high-temperature, high-salinity polymer formulations. The Zhengzhou location provides access to Henan's chemical manufacturing infrastructure, though proximity to major petroleum basins (Daqing, Shengli, Changqing) is not proximate for domestic Chinese oilfield logistics. No API (American Petroleum Institute) monogram, ISO 13628 (subsea production systems), or oilfield-specific quality certifications are mentioned. The identical address and trust profile across both listings suggests shared corporate entity with product-line differentiation rather than independent operations. Buyers should verify field deployment history, technical service capacity for reservoir-specific formulation adjustment, and whether the supplier employs petroleum reservoir engineers for customer application support.