Steel & Primary Metals

BEST FIT OF CERAMET BEARINGS IN STEELWORKS EQUIPMENT

  • Tap hole drilling equipment
  • Torpedo and tundish cars
  • Ladle turrets and tilting chairs
  • Continuous casting equipment
  • Dummy bar chains
  • Shear machines
  • Hot & cold forming
  • Cooling beds
  • Material handling devices
  • Cranes

MECHANICAL PROPERTIES & APPLICATION DATA

CER.SM
material characteristics
CER.BM
material characteristics
Tensile Strength [MPa] 55 – 90 Tensile Strength [MPa]
Compressive Strength [MPa] 250 – 640 Compressive Strength [MPa] 300 – 320
Hardness [HB 2.5/31,25/15], min. 40 – 80 Hardness [HB 2.5/31,25/15], min. 40
Density [g/cm3] 6 – 6.7 Density [g/cm3] 6.5
Type of solid lubricant C (+MoS2) Type of solid lubricant C
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
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.

ADVANTAGES

  • Maintenance-free service
  • Inexpensive, easy and fast to replace
  • Maximal uptime and reduction in maintenance cost
  • Suitable for higher loads
  • Allowing for enormous variability in shapes and sizes, solutions taking less space possible
  • Great emergency running properties
  • Performing particularly well in high-temperature environments up tp 650oC
  • No moisture absorption, maximum dimensional accuracy and stability
  • Suitable for wide range of operating speeds

Ceramet self-lubricating plain bearings and bushings with a sintered sliding layer are especially suitable for continuous operations in a demanding environment. Sintering technology allows for the construction and manufacturing of a wide range of complex shapes with consistent self-lubricating properties throughout the whole lifecycle of critical moving parts. Sintered materials provide reliable and high-performance no-grease solutions.

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