Ceramic Mud Pump Liner

What is Ceramic Mud Pump Liner

Ceramic mud pump liner is the inner tube of the pump cylinder, which is in direct contact with the mud in drilling applications. It is usually made of (alumina ceramic or zirconia ceramic). Ceramic materials have become the mainstream choice due to their unique mechanical properties and wear resistance.

Material	Zirconia
Density	6.02g/cm³
Roughness	Ra0.01um
Maximum size	800*500mm

Advantages

Zirconia is used as the bushing, which can effectively resist the wear of abrasive particles such as quartz sand and barite. At the same time, ceramic materials have strong resistance to acidic and alkaline substances, and can exceed 10,000 hours of service life under extreme conditions.

🔺 Service life is 5 to 10 times that of metal bushings

🔺 High hardness

🔺 Excellent wear resistance

🔺 Strong corrosion resistance

🔺 Ultra-low friction coefficient

Ceramic Mud Pump Liner VS Traditional Bushing

Type	Single Metal Casing	Bimetal Casing	Ceramic Casing
Material	High Carbon Steel / Alloy Steel	Carbon	Zirconia / Alumina Composite Materials
Hardness (HRC)	55–65	60+	90+
Lifespan (Hours	50–200	300–800	2000–4000+
Cost	Low	Medium	High (but cost-effective in
Application Sc	Shallow wells, low-budget	Medium-abrasion mud	High pressure, extreme abrasion environments

Application

Ceramic Mud Pump Liner is suitable for all kinds of high-demand and harsh drilling environments. Using Ceramic Mud Pump Liner can reduce the frequency of replacement and save costs.

🔺Horizontal directional drilling (HDD)

🔺Geothermal drilling

🔺 Mining slurry pumps

🔺 Offshore drilling

🔺 High-pressure deep wells

Ceramic Liner Manufacturers

We have extensive experience in the manufacture of Ceramic Liner and are committed to providing customers with services that exceed their expectations. If you need machining or customization of Ceramic Liner, Ceramic Mud Pump Liner, Ceramic cylinder liner, Ceramic plunger for your project, please feel free to contact our experts and we will be happy to provide solutions.