AMC PAC HV™ is a regular grade polyanionic cellulose polymer that meets or exceeds API specifications for high viscosity PAC. It is an effective viscosifier and filtrate reducer in fresh or salty water.
AMC PAC HV™ is a regular grade polyanionic cellulose polymer that meets or exceeds API specifications for high viscosity PAC. It is an effective viscosifier and filtrate reducer in fresh or salty water.
Note: This product may be subject to availability in your country. Several factors will dictate the most appropriate concentration rate. Please contact your nearest AMC representative for optimum results.
| Region | Africa, Asia Pacific, Brazil, Europe, North America, South America |
|---|---|
| Industry | CBM & Geothermal, Civil Construction, Drill & Blast, Geotechnical, HDD, Mining, Waterwell |
AMC’s team of fluid and equipment engineers resolves site-specific challenges and provides advice to reduce costs and improve productivity. For more information about our products, please contact your closest AMC representative.
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AMC 1300™ is a liquid non-ionic polymer specifically designed to perform in fresh water, saline environments and calcium chloride brines. AMC 1300™ will provide viscosity while also providing some lubrication to the drilling fluid resulting in improved hole stability and core recovery in broken, friable formations.
AMC CAP 21™ is a rapidly yielding, high molecular weight polymer in liquid form that viscosity without the problems associated with mixing powdered polymers. AMC CAP 21™ will help improve core recovery, particularly in clays and shales and highly fractured formations. It provides cuttings encapsulation as well as helping to stabilise the formation. When used in a bentonite fluid AMC CAP 21™ helps form a thin, tough filter cake that aids in controlling fluid loss.
AMC PURE VIS™ is a specially formulated blend of additives that improves both hole cleaning and downhole lubrication. AMC PURE VIS™ provides a robust drilling fluid system without the problems associated when preparing and shearing powder polymer in environments where mixing equipment is limited.