FAQ

The drilling mud agitator (also known as a mud mixer or tank agitator) is a critical piece of equipment in solids control systems for oil and gas drilling operations. Manufactured by Xi’an HL Petroleum Equipment Co., Ltd., our mud agitators feature a robust design with an explosion-proof motor and reducer, delivering high stirring intensity, wide […]

At Xi’an HL Petroleum Equipment Co., Ltd., we specialize in high-quality solids control equipment designed to optimize drilling operations. One of our core products is the drilling mud agitator (also known as a mud tank agitator), a reliable and efficient device used in drilling fluid tanks to maintain uniform mud properties and prevent solid particle

In the world of solids control, maintaining a homogeneous drilling fluid mixture is critical for operational efficiency. We often receive two common questions from our clients: “If I have mud agitators, do I still need mud guns?” “Can I use fewer agitators if I install more mud guns?” While both pieces of equipment serve to

In the demanding environments of oilfield, geothermal, and HDD operations, mud agitators play a critical role. Their primary function is to maintain the uniformity of drilling fluids and keep solid phase particles in suspension. Without a reliable mixer, solids settle, fluid properties become unstable, and the entire circulation system risks failure. To ensure your equipment

In the world of oilfield drilling, the drilling mud agitator is the heartbeat of the solid control system. Its primary job is to keep drilling fluids uniform and prevent solids from settling in the mud tank. However, not all agitators are created equal. Choosing the wrong equipment can lead to motor burnout, impeller damage, or

Proper installation and alignment of couplings for Mission centrifugal pumps (such as the Magnum, Sandmaster, and 2500 Supreme series) are critical in oilfield applications. These pumps are widely used for drilling fluid transfer, including mud circulation and solids control systems. Misalignment can lead to excessive vibration, premature bearing failure, seal damage, and reduced pump life.