Heat Resistant and Salt Tolerant Cationic Polyacrylamide PAM for Acid Fracturing Emulsion in Oilfield Applications

Cationic PAM specially formulated for livestock breeding and slaughter houses wastewater treatment. This polyacrylamide coagulant polymer flocculant PAM emulsion is cross-linked for optimal performance in oilfield applications.

This advanced product offers exceptional heat resistance and maintains stable viscosity-temperature properties up to 120°C. The acid compounded with this thickening agent delivers multiple operational benefits:

• Easy on-site preparation with effective thickening at low concentrations
• Superior salt tolerance and heat resistance as a cationic polymer
• Prevents clay swelling and particle migration
• Excellent drainage performance characteristics
• Good compatibility with other additives including inhibitors, iron stabilizers, and cleanup additives
• Reduces acid-rock reaction rate and acid loss rate while increasing acid fluid reaction radius

Business Philosophy: Technological innovation first, market development at the same time.

Sales Philosophy: To provide technical service-oriented sales; to make rational use of resources, to make reasonable division of labor, to complement each other's strengths, and to achieve win-win cooperation.

20+ Years of Specialization: Persistent focus on producing high-quality polyacrylamide products.

Hengfeng Chemical has been committed to the field of water treatment and petroleum, constantly improving technical service levels and optimizing product performance. We combine on-site sewage water quality, treatment processes, and dehydration equipment characteristics to help customers select suitable products and usage schemes, improving sewage treatment efficiency.

Hengfeng Chemical has become a professional research and development base for water treatment chemicals and oilfield chemicals in China. Our products are widely used in domestic markets and exported to Europe, America, Africa, Oceania, Southeast Asia, and over 60 countries and regions.