drilling fluid additive

PETRA PSI S3 is a liquid polyamine shale inhibitor specifically developed for water-based drilling fluids, polymer mud systems, and drill-in fluid applications. It effectively suppresses clay hydration and shale swelling, helping maintain wellbore stability in reactive formations. PETRA PSI S3 minimizes cuttings dispersion, reduces the risk of bit balling, and enhances drilling efficiency by improving lubricity and increasing the rate of penetration (ROP). Its environmentally friendly formulation allows for direct addition to the mud system without adversely affecting viscosity or filtration properties.

PETRA MICA F/M/C is a naturally occurring sheet silicate mineral used as an effective lost circulation material (LCM) in drilling operations. Its flaky and lustrous structure helps bridge fractures and porous zones, reducing fluid loss while maintaining drilling efficiency. PETRA MICA is chemically inert, compatible with all drilling fluid systems, and has minimal impact on mud rheology. Available in Fine, Medium, and Coarse grades, it provides flexible solutions for controlling seepage loss and treating various lost circulation conditions in both water-based and oil-based mud systems.

PETRA Sodium Lignosulphonate is a versatile drilling fluid additive widely used as a thinner, dispersant, and fluid loss control agent in water-based drilling mud systems. It helps improve mud stability by reducing viscosity, controlling gel strength, and enhancing overall drilling fluid performance. PETRA Sodium Lignosulphonate is effective in a wide range of drilling conditions and contributes to better wellbore stability, improved cuttings suspension, and efficient drilling operations. Its excellent compatibility with various mud systems makes it a reliable choice for oilfield applications.

PETRA FORM (Foaming Agent) is a high-performance foaming agent specially formulated to generate stable and consistent foam for drilling, cleaning, and industrial applications. It helps improve hole cleaning efficiency, enhances fluid lifting capacity, and supports effective cuttings transportation during drilling operations. PETRA FORM delivers excellent foam stability, rapid foam generation, and reliable performance under varying operating conditions, making it suitable for a wide range of oilfield and industrial processes.

PETRA Hydroxyethyl Cellulose Powder (HEC) is a premium-quality non-ionic cellulose ether designed for a wide range of industrial and drilling fluid applications. It provides excellent viscosity control, fluid loss reduction, and suspension properties in water-based systems. PETRA HEC helps improve fluid stability, enhances carrying capacity, and supports efficient drilling operations under varying conditions. Its high water solubility and consistent performance make it a reliable choice for oilfield, construction, and industrial applications.

PETRA MICA F/M/C is a naturally occurring sheet silicate mineral used as an effective lost circulation material (LCM) in drilling operations. Its flaky and lustrous structure helps bridge fractures and porous zones, reducing fluid loss while maintaining drilling efficiency. PETRA MICA is chemically inert, compatible with all drilling fluid systems, and has minimal impact on mud rheology. Available in Fine, Medium, and Coarse grades, it provides flexible solutions for controlling seepage loss and treating various lost circulation conditions in both water-based and oil-based mud systems.

PETRA MICA F/M/C is a naturally occurring sheet silicate mineral used as an effective lost circulation material (LCM) in drilling operations. Its flaky and lustrous structure helps bridge fractures and porous zones, reducing fluid loss while maintaining drilling efficiency. PETRA MICA is chemically inert, compatible with all drilling fluid systems, and has minimal impact on mud rheology. Available in Fine, Medium, and Coarse grades, it provides flexible solutions for controlling seepage loss and treating various lost circulation conditions in both water-based and oil-based mud systems.

PETRA CMC LV is a low-viscosity, technical-grade dispersible Carboxymethyl Cellulose fluid loss additive designed to reduce API filtration rates with minimum increase in viscosity in water-based drilling fluids. The product meets API 13A specifications and provides effective filtration control in both dispersed and non-dispersed drilling fluid systems. PETRA CMC LV is a high-quality cellulose polymer that can be used at low concentrations and is suitable for most water-based fluid systems. It offers reliable filtration control while helping maintain consistent viscosity and suspension in drilling mud. PETRA CMC LV is non-toxic, resistant to bacterial fermentation, and less affected by calcium contamination, making it a practical choice for oilfield drilling applications. PETRA INDUSTRIES manufactures specialized CMC products for oilfield applications, including CMC HV and CMC LV, with products supplied to customers in over 30 countries. The product can also be customized according to specific customer requirements.

PETRA POLYHIB is a liquid shale inhibitor and clay stabilizer designed for use in water-based drilling fluid systems. It helps control clay hydration and shale swelling, supporting improved wellbore stability in reactive formations. PETRA POLYHIB reduces cuttings dispersion and helps maintain the integrity of drilled formations during drilling operations. Its effective shale inhibition properties make it suitable for polymer-based mud systems and other water-based drilling fluid applications. The product can also contribute to smoother drilling performance by minimizing formation-related problems and maintaining the overall stability of the drilling fluid system.

PETRA Calcium Chloride Prills is a high-quality drilling and industrial chemical widely used in completion, workover, perforating, and packer fluid systems. It is designed to enhance drilling fluid performance by providing efficient density control, improved wellbore stability, and clay hydration inhibition. PETRA Calcium Chloride Prills dissolves quickly in water, making it an ideal choice for preparing clear brine fluids and achieving rapid density adjustments with minimal volume addition. Its excellent compatibility with other brine systems ensures reliable performance in demanding oilfield and industrial applications.