Ceramic Plunger

Brand Name
3X Ceramic Parts
Material Type
Alumina Ceramic or Zirconia Ceramic
MOQ
1 Piece
Shape
Custom make
Density
For pump or others
Surface finish
can be polished
Main Property
With good strength
Ceramic To Metal Connecting Way
Glue , Heat Expansion, thread structure

Ceramic Plunger Description : 

Our ceramic plungers are made of high quality imported raw materials, cold isostatic pressing forming way , and assembled with stainless steel metal parts after high temperature sintering. As one of the main components of the plunger pump, the ceramic plunger is matched with the plunger sleeve. Ceramic Plunger is a shaft type with regular shape, accuracy dimension.  Not only its shape and position accuracy are relatively high requested, especially its wear resistance and resistance to Corrosion are the most important properties. The performance of the metal plunger is much lower than that of the ceramic plunger. The ceramic plunger has high temperature resistance, wear resistance, corrosion resistance and impact resistance, which guarantees a longer service life.

It is widely used in various liquid pumps, metering pumps, high pressure pumps, mud pumps, etc.

Ceramic Plunger Properties Sheet: 

Alumina Content Unit 80-85% 90-96% > 99.5% 99%
General Application   Lower Cost Electrical & Mechanical High Strength, Wear Resistant, Electronic, Insulating, Mechanical, Structural & Metalizing Extremely High Purity, Temperature & Strength; Excellent Corrosion & Wear Resistance Porous, Easily Degassed & Machinable
Porosity % 0-.05 0-.05 0-.05 Variable
Density gm/cm3 3.45-3.50 3.55-3.75 3.75-3.95 2.4
Flexural Strength kpsi 35.0-40.0 40.0-50.0 50.0-55.0 -
Comprehensive Strength kpsi 260.0 > 300.0 > 300.0 -
Tensile Strength kpsi 15.0-20.0 20.0-28.0 20.0-28.0 -
Linear Coefficient of Thermal Expansion (cm/cm/°C) 25-300°C 25-700°C 5.9X10-66.5X10-6 6.3X10-67.0X10-6 6.5X10-67.5X10-6 6.5X10-67.5X10-6
Dielecctric Constant at 25°C 1 MH 10 MH 8.5-8.9 8.4-8.8 9.2-9.8 9.0-9.6 9.5-9.9 9.3-9.7 -
Dielectric Strength Volt/mil 200 225 225 -
Te Value °F °C 1472 800 > 1832 > 1000 > 1832 > 1000 > 1832 > 1000
Thermal Conductivity at 25°C cal/sec/cm2/cm/°C .03-.04 .04-.06 .07-.08 -
Safe Use Temperature °F °C 2550 1400 3000-3100 1650-1700 3275 1800 3275 1800  

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