High Purity Polyanionic Cellulose (PAC) for Oil Drilling Excellence

Discover the leading Polyanionic Cellulose (PAC) Powder, specifically engineered for high-performance oil drilling applications. Enhance your drilling fluid's efficiency, stability, and cost-effectiveness with our premium-grade PAC. We are a trusted manufacturer and supplier in China, offering competitive prices and reliable supply.

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Key Advantages of Our PAC for Oil Drilling

Exceptional Fluid Loss Control

Our Polyanionic Cellulose powder is engineered to significantly reduce fluid loss, forming a dense, impermeable mud cake that protects the wellbore. As a leading manufacturer, we ensure each batch offers reliable fluid loss reduction for your drilling operations.

Superior Viscosity Enhancement

Effectively increase your drilling fluid's viscosity with our PAC. This property is crucial for suspending drill cuttings and maintaining wellbore stability, particularly in challenging geological formations. We are your go-to supplier for consistent viscosity-boosting solutions.

High Temperature & Salt Resistance

Designed to perform in demanding environments, our PAC exhibits excellent thermal stability and resistance to high salinity, making it an indispensable additive for deep wells, high-temperature wells, and offshore drilling projects. Buy in bulk from a trusted manufacturer.

Diverse Applications in the Oilfield

Oil Drilling Operations

As a primary additive in water-based drilling fluids, PAC enhances efficiency, reduces fluid loss, and improves overall drilling performance. It's essential for maintaining wellbore integrity.

Water Treatment

Beyond oilfield applications, PAC can serve as a flocculant or thickener in industrial water treatment processes. Explore its versatility with our expert guidance.

Shale Inhibition

PAC effectively inhibits the dispersion and swelling of clay and shale in high-salt media, crucial for preventing wellbore collapse and ensuring operational continuity.

Workover and Fracturing Fluids

Its low-solid phase and low water loss properties also make PAC suitable for workover fluids and fracturing fluids, contributing to enhanced recovery and well productivity.