Ceramic Plunger
Ceramic Plunger
Ceramic plungers use the ultra-hard and wear-resistant properties of modern engineering ceramic materials and can be assembled using ceramic metallization bonding, welding, inlaying and sleeve connection technology. They are ideal substitutes for similar metal pumps and have been widely used in medical equipment, environmental engineering, petroleum, chemical and other industries.
Ceramic plunger description: Ceramic plunger is made of high-quality imported raw materials, cold isostatically pressed, and stainless steel metal parts are assembled by high-temperature sintering. As one of the main components of the plunger pump, the ceramic plunger matches the plunger sleeve. The ceramic plunger is a shaft plunger with regular shape and high dimensional accuracy. Not only does it have high requirements for shape and position accuracy, but wear resistance and corrosion resistance are especially its most important properties. The performance of metal plungers is much lower than that of ceramic plungers. Ceramic plungers are resistant to high temperature, wear, corrosion, and impact, and have a longer service life. They are widely used in various liquid pumps, metering pumps, high-pressure pumps, mud pumps, etc.
| Feature | Description |
|---|---|
| High Strength | Advanced ceramic materials provide exceptional physical properties and structural integrity |
| Wear Resistance | Superior wear resistance compared to traditional materials |
| Corrosion Resistance | Excellent resistance to acids and alkalis, withstands erosion from strong acids and bases |
| High Precision | Manufactured using special processes with high-precision advanced ceramic materials |
| High Temperature Resistance | Withstands high temperatures and pressures without deformation or aging |
| Long Service Life | 3-10 times longer service life compared to metal components |
| Number | Diameter(mm) | Cylindrical surface roughness(μm) | End face bevel surface roughness(μm) | Roundness(mm) |
| 1 | Φ2.00±0.001 | Ra0.1 | Ra0.2 | O≤0.002 |
| 2 | Φ3.00±0.001 | Ra0.1 | Ra0.2 | O≤0.002 |
| 3 | Φ4.00±0.001 | Ra0.1 | Ra0.2 | O≤0.002 |
| 4 | Φ5.00±0.001 | Ra0.1 | Ra0.2 | O≤0.002 |
| 5 | Φ6.00±0.001 | Ra0.1 | Ra0.2 | O≤0.002 |
| 6 | Φ7.00±0.001 | Ra0.1 | Ra0.2 | O≤0.002 |
| 7 | Φ8.00±0.001 | Ra0.1 | Ra0.2 | O≤0.002 |
| ... | ... | ... | ... | ... |
| 39 | Φ40.00±0.002 | Ra0.1 | Ra0.2 | O≤0.002 |
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