2-Scale Mud Balance, Machined Arm, with Case, Model RCMB-7

2-Scale Mud Balance, Machined Arm, with Case

Constructed of premium metals for durability, accuracy and ease of use

The Model RCMB Series Mud Balance provides a simple, practical method for accurate determination of fluid density.

It is one of the most sensitive and accurate field instruments available for determining the density or weight-per-unit-volume (specific gravity) of drilling fluids.

An outstanding advantage of this Mud Balance is that the temperature of the sample does not materially affect the accuracy of readings. A high impact plastic case protects the balance during transport and provides a secure base in its working position.

The Model RCMB Series Mud Balance is constructed with an easy-to-read beam graduated into four scales:

·         pounds per gallon

·         specific gravity

The volume of space occupied by entrapped gas or air bubbles in a sample fluid may distort the accuracy of the fluid density measurement. This distortion can be significantly reduced by pressurizing the fluid. The density of a fluid containing entrained air or gas can be determined more accurately by using a pressurized fluid density balance.

Part No.112-02 4-Scale Mud Balance, Model RCMB-115



Constructed of premium metals for durability, accuracy and ease of use

The Model RCMB-115 Mud Balance provides a simple, practical method for accurate determination of fluid density.

It is one of the most sensitive and accurate field instruments available for determining the density or weight-per-unit-volume (specific gravity) of drilling fluids.

An outstanding advantage of this Mud Balance is that the temperature of the sample does not materially affect the accuracy of readings. A high impact plastic case protects the balance during transport and provides a secure base in its working position.

The Model RCMB-115 Mud Balance is constructed with an easy-to-read beam graduated into four scales:

·         pounds per gallon

·         specific gravity

·         pounds per cubic foot

·         pounds per square inch per 1,000 feet of depth

The volume of space occupied by entrapped gas or air bubbles in a sample fluid may distort the accuracy of the fluid density measurement. This distortion can be significantly reduced by pressurizing the fluid. The density of a fluid containing entrained air or gas can be determined more accurately by using a pressurized fluid density balance.