One of the most important mud cleaner parts is the support plate, which is always raised up until the mud cleaner parts rooter sleeve is completely immersed to the base line. In general, the mud cleaner parts support plate is tightened into a certain position with the help of a lock and a screw. The viscosity of the mud of the shear pump parts can be indicated by the dial reading with the mud cleaner and Mud gun sleeve rotating at different rpm if we use a viscometer. The mud cleaner parts measurements can be repeated for each of the mud systems after the addition in a respective manner. Mud properties of mud cleaner parts are generally affected by the amount of shale that is assimilated during the oil drilling process in mud cleaner and Mud gun. At the end of each mud cleaner parts run, the mud will be decanted and the solid like the shale can be deposited at the base of the mud cleaner parts sample cup. They can be washed with acetone and then get dried and weighed and expressed as a function of load when the mud cleaner parts bearing capacity has to be expanded at high temperatures. The mud cleaner parts plastic viscosity in centipoises can be calculated as the mud cleaner parts reading minus while the yield point equals the plastic viscosity in mud cleaner parts.
The boiling temperatures of the mud cleaner parts and clay mixtures can also be recorded since the mud weight and water salinity can be measured prior to the commencement of the mud cleaner parts rheological readings in mud cleaner and Mud gun. The results can be presented in graphical representations for nearly all mud systems to show similar rheological characteristics. For example, the apparent mud cleaner parts viscosity, plastic viscosity, yield point and to some extent the gel of all the mud systems tend to decrease with increasing mud cleaner parts temperature. In other words, the higher gradient of the VSM shaker parts curve, the higher the viscosity versus temperature plots will be in mud cleaner and Mud gun. If we compare thermally the mud cleaner parts, advanced ones are more stable than conventional parts in mud cleaner and Mud gun. The percentage decrease between the temperature ranges can be as high as sixty percent while the corresponding decrease in rpm of mud cleaner parts might be around thirty percent. All mud cleaner parts in the mud systems can withstand these boiling temperatures and are expected to increase under high pressure conditions so that all the plastic viscosities can fall within the same range in mud cleaner and Mud gun.