Hematite Powder
Additives and polymers to optimize drilling fluid performance, fluid loss, shale inhibition, rheology, and cuttings transport.
Rig Wash
Additives and polymers to optimize drilling fluid performance, fluid loss, shale inhibition, rheology, and cuttings transport.
Barite Powder
Additives and polymers to optimize drilling fluid performance, fluid loss, shale inhibition, rheology, and cuttings transport.
Biocide THPS 20%
Additives and polymers to optimize drilling fluid performance, fluid loss, shale inhibition, rheology, and cuttings transport.
Biocide Amine Based 25%
Additives and polymers to optimize drilling fluid performance, fluid loss, shale inhibition, rheology, and cuttings transport.
Biocide Triazine Based 25%
Additives and polymers to optimize drilling fluid performance, fluid loss, shale inhibition, rheology, and cuttings transport.
Biocide Glutaraldehyde 25%
Additives and polymers to optimize drilling fluid performance, fluid loss, shale inhibition, rheology, and cuttings transport.
Polyamine Shale Inhibitor
Polyamine Shale Inhibitor for Drilling Fluids – Advanced Clay Stabilization & Shale Control for WBM Systems Introduction Shale instability is one of the most persistent challenges in drilling operations, particularly in formations containing highly reactive clays. Hydration and dispersion of shale can lead to wellbore collapse, poor hole cleaning, stuck pipe, and increased non-productive […]
Glycol High Cloud
Glycol High Cloud Point for Drilling Fluids – High Temperature Shale Inhibitor & Lubricity Additive for WBM Introduction Drilling in high-temperature environments presents unique challenges, particularly in reactive shale formations where hydration, dispersion, and instability can compromise well integrity. At elevated temperatures, standard glycol additives may lose effectiveness, leading to reduced shale inhibition and […]
Glycol Medium Cloud
Glycol Medium Cloud Point for Drilling Fluids – Balanced Shale Inhibition & Lubricity Additive for WBM Systems Introduction Drilling through shale formations requires effective control over hydration, dispersion, and friction. Without proper fluid design, reactive clays can swell, weaken the wellbore, and lead to operational issues such as torque increase, bit balling, and poor […]