Fast Hydration Guar Gum Powder

The main use of guar gum is in top hole oil well drilling. Industrial grade guar gum powder is suitable for use in oil well fracturing, oil well stimulation, mud drilling and serves as a stabilizer, thickener and suspending agent.

In oil well drilling guar gum used as a surfactant, fracturing fluid and synthetic polymer for all requirements of water based and brine based oil well drills. It attains high viscosity in 3 to 5 minutes of time.

The natural fast hydrating and slurriable guar is a non ionic guar, polymeric viscosifier that is slurrible up to 50 percent of solids in systems such as diesel fuel. In aqueous systems, its main use is in the stimulation of oil and gas wells as a fracturing fluid. This yields excellent pump ability, good hydration, good thermal stability and excellent shell life. It can be typically cross linked with borates and once cross linked it exhibits excellent carrying capacity to support sand or other proppants to be placed in the created fracture. The viscosity of hydrating slurriable guar can be reduced or broken by using enzymes, oxidizers or acids such as HCL.

Industrial grade Guar gum powder are use in oil well fracturing, oil well stimulation, mud drilling and industrial applications and preparations as a stabilizer, thickener and suspending agent.

It is a natural, fast hydrating dispersible guar gum and is diesel slurriable.

In the oil field industry, guar gum is used as a surfactant, synthetic polymer and deformer ideally suited for all rheological requirements of water-based and brine-based drilling fluids.

High viscosity Guar Gum products are used as drilling aids in oil well drilling, geological drilling and water drilling.

These products are used as viscosifiers to maintain drilling mud viscosities that enable drilling fluids to remove drill waste from deep holes.

Guar gum products also reduce friction in the holes, and so minimising power requirements. Some Guar Gum products act to minimise water loss should occur in broken geological formations.