In demanding high-temperature environments (up to 300°F/150°C), traditional PAM crosslinking systems often fail to maintain stability under shear stress, leading to compromised fluid integrity and operational inefficiencies. Our innovative polymer crosslinker breaks through these limitations, delivering unmatched performance in extreme conditions.
Why Our Crosslinker Stands Out
Unrivaled Shear Resistance at 300°F
Engineered with advanced molecular architecture, our crosslinker ensures robust crosslinking stability even under intense shear forces, preventing premature viscosity breakdown.Superior Crosslinking Precision
Achieves uniform and durable polymer networks, optimizing fluid rheology for consistent performance in fracturing, drilling, or enhanced oil recovery (EOR) applications.Extended Thermal Endurance
Maintains fluid integrity over prolonged exposure to high temperatures, reducing the need for frequent re-treatment and lowering operational costs.Compatibility & Versatility
Works seamlessly with a wide range of polymer bases (e.g., guar, xanthan) and additives, ensuring adaptability to diverse field conditions.
Proven Results
Lab Tests: Retains >150mPa·s viscosity retention after 2 hours at 300°F under 170 s⁻¹ shear rates.
ApplicationsHydraulic Fracturing: Sustain proppant transport in deep, hot formations.
Drilling Fluids: Stabilize mud viscosity in geothermal or ultra-deep wells.
EOR: Improve sweep efficiency in high-temperature reservoirs.