Thin-wall Metal Sliding Bearings
Our thin-wall metal sliding bearings represent the ideal compromise between mechanical performance and cost optimization.
Made from high precision metal bands (Metal-polymers, or bimetal) formed by rolling, these thin-walled bearings allow considerable space gain while providing remarkable load capacity.
PTFE
PolyTTotalFluoroEthylene
Multi-layer metal polymer bearings primarily designed for dry operation.
They are thin design with high load capacity, low friction coefficient in a small footprint
Without PFAS
PandPolyFluoroAlkyl SSubstances
Sliding bearings of design identical to PTFE-based bearings but composed of a polymer without PFAS, with the same mechanical properties
POM
PolyOxyMethylene
Very rigid and impact-resistant, this is the ideal solution for high loads and demanding environments, exceptional lifespanSilent multilayers for marginal or limit lubrication applications. In some cases initial lubrication is sufficient.
Alveoles on the polymer surface hold the lubricant. Sliding bearing for classic oscillation or low rotation applications
PEEK
PolyEtherEtherKetone
Multilayer sliding bearings for marginal or limit lubrication applications.
Alveoles on the polymer surface hold the lubricant. Sliding bearings for high temperature lubricated applications
PVDF
PolyVinylidene DiFluoride
Multilayer sliding bearings for applications in limit lubrication. Alveoles on the polymer surface hold the lubricant.
Sliding bearings for lubricated applications at relatively high speed.
Cupro Lead
The bronze and lead alloy of the CSB-800 is the CuPb10Sn10.
This material has a low friction coefficient and good wear resistance. It is suitable for lubricated working environments.
Autolubricant
The uniformly dispersed solid graphite lubricant reduces the static and dynamic friction coefficient.
This material works in a stable way even in case of micromovements. The level is suitable for low to medium load applications.
Lead-free
The leadless bronze alloy of the CSB-820 is the CuSn8Ni.
This material has a low friction coefficient and good wear resistance.
It is suitable for lubricated working environments.
Aluminium
This material has good resistance to oil corrosion. Its surface is smooth and offers excellent imbibition ability and optimal resistance to flu.
It is not necessary to put on the contact surface.
It is suitable for mating with untreated trees.
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