The density or weight of a given volume of liquid can be determined by using the AMC MUD BALANCE. The balance is constructed so that the fixed volume cup at one end of the beam is balanced by a fixed counterweight at the opposite end, with a sliding weight rider free to move along the graduated scale. A level bubble mounted on the beam indicates when the system is in balance.
The density or weight of a given volume of liquid can be determined by using the AMC MUD BALANCE. The balance is constructed so that the fixed volume cup at one end of the beam is balanced by a fixed counterweight at the opposite end, with a sliding weight rider free to move along the graduated scale. A level bubble mounted on the beam indicates when the system is in balance.
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.
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AMC Product SDS are written by an accredited third party (Chemwatch) and are available in multiple languages.
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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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The MARSH CUP is an instrument used to measure drilling fluid viscosity, commonly used with the AMC MARSH FUNNEL. The MARSH CUP is a measuring cup which is graduated in fluid ounces (2-32oz) and cubic centimeters (100 – 1,000cc) and is designed to be used with the MARSH FUNNEL.
The AMC TRAILER 2.0™ is highly mobile solids control unit, designed for Horizontal Directional Drilling operations. The unit is able to be easily towed, manoeuvred and set up on-site.
The AMC Solids Removal Unit™ (SRU™) is an innovative alternative to fluid sumps, proving highly beneficial for the environment, on-site health and safety, operational efficiency as well as delivering significant cost savings. The SRU™ closed-loop system is transforming drilling operations worldwide, reducing environmental impact and footprint of the drill site.
