While most operators focus on proppants and pumps, the real key to maximizing fracture conductivity lies in precision crosslinking technology. Are you using outdated chemistry or the latest breakthroughs?

Crosslinkers play a vital role in enhancing the viscosity of gelled fracturing fluids, ensuring efficient proppant transport and optimal fracture performance. These agents react with guar-based polymers to create a strong, stable gel structure, improving fluid control and minimizing premature breakdown.

Sunita Hydrocolloids Inc. (SHI) USA delivers high-performance crosslinkers designed for superior well stimulation. Our borate and zirconate crosslinkers provide cost-effective, field-proven solutions for both low and high-temperature applications. Whether you need surface crosslinkers, delayed-release formulations or dual-action products, we offer customized solutions to optimize your fracturing operations.

Boost efficiency, reduce downtime and achieve consistent results with our advanced crosslinking technology.

Sunita USA’s Crosslinkers Chemicals: Engineered for Extreme Condition

Every fracturing operation depends on a critical but often overlooked factor – the precise moment when polymer chains bond to create the perfect gel structure. Sunita’s crosslinking technology transforms ordinary fluids into engineered solutions that withstand extreme downhole conditions while delivering predictable, repeatable results.

Technology Differentiators

1) Extreme Conditions Mastery 

Our crosslinkers are designed for reservoirs where conventional crosslinkers fail, ensuring reliable performance in high-temperature and high-pressure (HT/HP) environments.

2) Self-Correcting Chemistry 

Our patented additives recover viscosity after shear events, maintaining gel integrity and optimizing proppant transport.

3) Lab-to-Field Precision 

We deliver consistent performance with near-zero variance in break timing and ensure predictable results across different well conditions.

Performance Comparison 

Sunita Hydrocolloids Inc. (SHI) USA delivers cutting-edge crosslinking solutions that redefine well stimulation efficiency. Whether tackling ultra-high temperatures, harsh reservoir conditions, or demanding operational challenges, our crosslinkers ensure maximum performance and reliability.

Upgrade your fracturing process with precision-engineered chemistry built for extreme conditions.

Our Crosslinkers Solutions for Every Fracturing Scenario

Optimized crosslinking is the key to efficient proppant suspension and enhanced fracture conductivity. Sunita Hydrocolloids USA delivers high-performance crosslinkers engineered for reliable, field-proven results across diverse well conditions.

1. Borate Crosslinkers – Their fast activation control ensures consistent performance in moderate temperature reservoirs.
2. Zirconate Crosslinkers – Designed for derivatized guar polymers, these crosslinkers provide superior thermal stability in ultra-high temperature applications.
3. Chromium Crosslinkers – These are specialized formulations for water shutoff and control treatments, improving well integrity and production efficiency.
4. High-Temp Guardians – Our crosslinkers allow for delayed activation for deep penetration and self-compensate for thermal thinning in extreme conditions.
5. Eco-Advanced Formulas – Our formulations meet stringent environmental standards without sacrificing performance.

Sunita Hydrocolloids Inc. (SHI) USA precision-engineered chemistry ensures maximum efficiency, reduced downtime and optimized well stimulation.

Ready to Upgrade Your Fracturing Performance?

Sunita Hydrocolloids Inc. (SHI) USA delivers precise crosslinking solutions designed to tackle your specific formation challenges. Whether optimizing fracturing efficiency, enhancing proppant transport or ensuring thermal stability, our specialists provide field-proven chemistry for consistent, reliable results.

Let’s optimize your fracturing process with high-performance crosslinkers built for maximum efficiency. Contact us today to discuss customized solutions for your well stimulation needs.