Technical Specifications

CER.SM MONOMETALLIC CER.BM BIMETALLIC
MECHANICAL PROPERTIES MECHANICAL PROPERTIES
Tensile Strength [MPa] 55 – 90 Tensile Strength [MPa]
Compressive Strength [MPa] 250 – 640 Compressive Strength [MPa] 300 – 320
Hardness [HB 2.5/62, 5/15], min. 40 – 80 Hardness [HB 2.5/62, 5/15], min. 40
Density [g/cm3] 6 – 6.7 Density [g/cm3] 6.5
Type of solid lubricant Graphite (+MoS2) Type of solid lubricant Graphite
APPLICATION DATA APPLICATION DATA
Max. static load [MPa] 70 – 250 Max. static load [MPa] 260 – 320
Max. dynamic load [MPa] 30 – 130 Max. dynamic load [MPa] 80 – 150
Max. sliding speed, dry [m/s] 0.2 – 0.5 Max. sliding speed, dry [m/s] 0.3 – 0.5
Max. PV dry [N/mm2 x m/s] 0.5 – 1.5 Max. PV dry [N/mm2 x m/s] 0.5 – 1.0
Typical coefficient of friction, dry 0.11 – 0.5 Typical coefficient of friction, dry 0.1 – 0.2
Typical coefficient of friction, wet 0.11 – 0.18 Typical coefficient of friction, wet 0.1 – 0.15
Service temperature min/max [°C] -200 / 650 Service temperature min/max [°C] -150 / 280
STANDARD DIMENSIONS* STANDARD DIMENSIONS*
BUSHES BUSHES
Width min/max [mm] 15 – 80 Width min/max [mm] 10 – 200
Outer diameter min/max [mm] 14 – 440 Inner diameter min/max [mm] 10 – 630
PLATES PLATES
Thickness min/max [mm] 5 – 60 Thickness min/max [mm] 2.5 – 15
Length [mm] up to 245 Length [mm] up to 2000
*Refer to our application engineering team for custom design and sizes.
*CER.BM Bushes ID>630mm are welded.
Important remark: The above-mentioned material properties, in particular friction coefficients, are not assured properties. They are to be used only as guidelines for the selection of materials.

Ceramet produces a unique, self lubricating material for wear surfaces. Our designs can be customized to fit your needs.

Shapes

The material can be formed into many shapes and sizes including wear plates, rolled bushings, cylindrical bearings, spherical bearings, split bearings, sleeves, liners, guides and other customizable shapes. A patented conical wear plate is also available for certain industry applications. Unlike graphite plugged bronze, the material keeps its self lubricating properties during the entire wear life cycle of whatever part it is formed into.

Alloys

A variety of alloys can be formed with our material. Bronze, nickel, iron, iron/nickel, and lead can be produced with the lubricants graphite or graphite and molybdenum.

Bimetallic Option

To increase strength and reliability, products can be laminated to a steel or stainless steel backing. Manufactured by a continuous hot rolling sintering technology, the reliability and service life are greatly increased compared to conventional wear material. This bimetallic form of bearing is available in many shapes and sizes. While wear plates are the most common, the material can also be used for bushings, bearings, and other applications.