HOME PRODUCTS LOCATIONS CAREERS CONTACT US
 
Drilling Fluid Additives
 
Cement Additives
 
Completion Fluids
 
Environmental Products
 
Polymers
 
 
DRILLING FLUID ADDITIVES » POLYMER BASED PRODUCTS
GLO BIOPOLYMER 100 High molecular weight biopolymer utilized to provide maximum sheer thinning viscocity building to water-based drilling and production fluids; disperses easily in water-based drilling fluids, acid water, high salinity and high hardness brines; non-toxic and environmentally safe.
GLO BIOPOLYMER 200 Xanthan gum blend.
GLO BIOPOLYMER L High molecular weight and high temperature biopolymer, providing maximum sheer-thinning and viscosity building to water-based drilling and production fluids. It disperses easily in all water-based drilling fluids, acid water, and high salinity and high hardness brines.
GLO BRINE VIS Non-damaging viscosifier for brines.
GLO EZ Liquid polymer additive that quickly mixes into a mud for stabilizing troublesome shale and builds viscosity.
GLO EZ NI A high molecular weight, non-ionic polyacrylamide used as a flocculant to remove low-yield solids from water-based drilling fluids.
GLO EZ P Dry polymeric additive that’s very effective in stabilizing troublesome shale and controls fluid loss. 
GLO FLOC 100 Liquid flocculating agent for water-based mud systems.
GLO HEC L Liquid viscosifier for polyvalent brines; promotes solid carrying capacity in salt and brine systems.
GLO MER FLC Thermally stable fluid loss control, especially in high water dilution; builds a tough filter cake and is effective in high hardness.
GLO MER LA High molecular weight polymer for stabilizing troublesome shale and providing fluid loss control.
GLO MER LN Liquid polymer to quickly build a viscosity in water-based muds; used in bentonite muds.
GLO MER PN Dry nonionic polymer flocculent for watered based mud systems.
GLO PAC 300 Polyanionic cellulose fluid loss additive, viscosifier and shale inhibitor. High temperature formulations are also available for this product.
GLO PAC 500 Premium polyanionic cellulose fluid loss additive, viscosifier and shale inhibitor. High temperature formulations are also available for this product.
GLO PAC LV Polyanionic cellulose fluid loss control additive: develops little viscosity.
GLO PHPA Polymer additive for controlling shale formations and providing fluid loss control.
GLO POLY DRILL Polymer utilized in a wide range of drilling fluid systems for high temperature fluid loss control and stabilizes rheology.
GLO POLY DRILL 100 Polymer blend for high temperature fluid loss control or shale control.
GLO POLY LOSS 500 Anionic sodium polystyrene sulfonate that provides fluid loss control in water-based and oil-in-water emulsion systems.
GLO POLY LOSS 700 Polymer additive used for fluid loss control and mud stability; very good in low solids systems.
GLO POLY PAC Synthetic polymer additive for high temperature fluid loss control; no effect on rheology.
GLO POLY THIN Co-polymer deflocculant complex; stabilizes rheology of water-based mud systems; effective at elevated temperatures.
GLO POLY THIN L Liquid polymer deflocculant complex; stabilizes rheology of water-based mud systems; effective at high temperatures.
GLO POLY VIS High molecular weight co-polymer viscosifier for non-dispersed water-based muds.
GLO THIN HT Chrome-free polymeric complex; high temperature mud thinner and fluid loss control agent.
GLO-X-TEND 100 Extends the yield of bentonite while flocculating low yield drill solids; allows for fast low solids drilling.
GLO-X-TEND 200 Extends the yield of bentonite while flocculating low yield solids; treats for hardness and allows for fast low solids drilling.
SYNCARB K Potassium-based liquid poly-anionic thinner and deflocculant.
SYNCARB KW High temperature polymeric thinner and deflocculant effectively reducing the yield point.
SYNCARB PHT Thermally stable mud dispersant, stabilizer and fluid loss control agent; effective at high temperatures.
SYNCARB S Low molecular weight anionic polymeric mud thinner; effective at temperatures in excess of 350*F (177*C).
© Global AM-TX, Inc.  All rights reserved.