Hydraulic Fracturing

Designed for high-pressure, high-temperature environments, Resilon® polyurethane materials deliver exceptional durability, wear resistance, and chemical compatibility.

Reduce downtime and extend equipment life with seals built for the toughest fluid end pressure pumping challenges.

Parker’s base-resistant elastomers bridge the performance gap between traditional materials like FKM and AFLAS®, offering improved chemical resistance and mechanical properties. BRE compounds are engineered for high resistance to aggressive oilfield chemicals, including amines and caustics, making them ideal for use in seals, packers, and other critical components.

With BRE, oil and gas operators benefit from enhanced reliability and extended equipment life, even in harsh chemical environments.

Engineered for controlled degradation, Parker’s dissolvable materials eliminate the need for milling or retrieval, streamlining well completions and reducing downtime. Designed for frac plugs, balls, and other tools, these materials deliver reliable, predictable performance in extreme environments, maximizing productivity and efficiency.

This is where Parker's Oil & Gas experts excel: providing innovative materials and solutions that simplify your operations.

Parker’s degradable elastomers offer a sustainable, efficient alternative for oil and gas extraction. These materials are designed to dissolve predictably after use, simplifying well completions and reducing the environmental impact of fracturing operations.

By eliminating the need for mechanical removal, Parker’s degradable elastomers streamline operations, saving time and reducing costs while maintaining the high performance required in challenging downhole environments.