Are, with the exception of the circular wire rings, the retaining systems with the smallest radial width. The loosening speeds of the SW shaft rings are low.

Are, with the exception of the circular wire rings, the retaining systems with the smallest radial width. The loosening speeds of the SW shaft rings are low.

Are manufactured from spring steel and have a hardness of 44­-49 HRC. They can also be used to obtain sharp edge support for retaining rings in presence of bevels or roundings.

They are the most used rings for shafts thanks to the advantages offered by the thickness and radial wall. They withstand high axial load and can also be used in applications with high RPM.

They are the most used rings for bores thanks to the advantages offered by the thickness and radial wall. They withstand high axial load and can also be used in applications with high RPM.

Serve to secure roller bearings in accordance with DIN 616 in whose outer race a groove has been cut.

They are the most widely used radial mounting rings, for time and cost savings, when large quantities are required they can be supplied stacked for mounting with the use of distributing device.

They are the most widely used radial mounting rings, for time and cost savings, when large quantities are required they can be supplied stacked for mounting with the use of distributing device.

For shafts, they have smaller radial wall and thickness than the others self-locking rings. They support relatively low axial forces and it is mandatory that the shaft or bore material is less hard then the ring’s material.

For bores, they have smaller radial wall and thickness than the others self-locking rings. They support relatively low axial forces and it is mandatory that the shaft or bore material is less hard then the ring’s material.

Axial play resulting from manufacturing tolerances can be reduced by using various thicknesses of shim washers. All required combinations in staggered steps of 0,1 mm can be used.

They have a smaller radial width than DIN 471 and DIN 472 but provide a concentric contact surface for the thrust element. However the reduced section leads to a reduction in the permissible loads.

They have a smaller radial width than DIN 471 and DIN 472 but provide a concentric contact surface for the thrust element. However the reduced section leads to a reduction in the permissible loads.

They have several equally distributed lugs on their circumference which increase the contact surface for a better support than the DIN 471 and DIN 472 rings in the presence of chamfers or roundings.

They have several equally distributed lugs on their circumference which increase the contact surface for a better support than the DIN 471 and DIN 472 rings in the presence of chamfers or roundings.

Are, with the exception of the circular wire rings, the retaining systems with the smallest radial width. The loosening speeds of the SW shaft rings are low.

Are, with the exception of the circular wire rings, the retaining systems with the smallest radial width. The loosening speeds of the SW shaft rings are low.

Are manufactured from spring steel and have a hardness of 44­-49 HRC. They can also be used to obtain sharp edge support for retaining rings in presence of bevels or roundings.

They are the most used rings for shafts thanks to the advantages offered by the thickness and radial wall. They withstand high axial load and can also be used in applications with high RPM.

They are the most used rings for bores thanks to the advantages offered by the thickness and radial wall. They withstand high axial load and can also be used in applications with high RPM.

Serve to secure roller bearings in accordance with DIN 616 in whose outer race a groove has been cut.

They are the most widely used radial mounting rings, for time and cost savings, when large quantities are required they can be supplied stacked for mounting with the use of distributing device.

Rings type RA radial mounting for shafts stacked on metal rods for assemblies with dispenser devices. They make assembly easier and more efficient, especially when dealing large quantities.

For shafts, they have smaller radial wall and thickness than the others self-locking rings. They support relatively low axial forces and it is mandatory that the shaft or bore material is less hard then the ring’s material.

For bores, they have smaller radial wall and thickness than the others self-locking rings. They support relatively low axial forces and it is mandatory that the shaft or bore material is less hard then the ring’s material.

Axial play resulting from manufacturing tolerances can be reduced by using various thicknesses of shim washers. All required combinations in staggered steps of 0,1 mm can be used.

They have a smaller radial width than DIN 471 but provide a concentric contact surface for the thrust element. However the reduced section leads to a reduction in the permissible loads.

They have a smaller radial width than DIN 472 but provide a concentric contact surface for the thrust element. However the reduced section leads to a reduction in the permissible loads.

They have several equally distributed lugs on their circumference which increase the contact surface for a better support than the DIN 471 rings in the presence of chamfers or roundings.

They have several equally distributed lugs on their circumference which increase the contact surface for a better support than the DIN 472 rings in the presence of chamfers or roundings.

They are the most used rings for shafts thanks to the advantages offered by the thickness and radial wall. They withstand high axial load and can also be used in applications with high RPM.

They are the most used rings for bores thanks to the advantages offered by the thickness and radial wall. They withstand high axial load and can also be used in applications with high RPM.

They are the most widely used radial mounting rings, for time and cost savings, when large quantities are required they can be supplied stacked for mounting with the use of distributing device.

They are the most widely used radial mounting rings, for time and cost savings, when large quantities are required they can be supplied stacked for mounting with the use of distributing device.

They are the most used rings for shafts thanks to the advantages offered by the thickness and radial wall. They withstand high axial load and can also be used in applications with high RPM.

They are the most used rings for bores thanks to the advantages offered by the thickness and radial wall. They withstand high axial load and can also be used in applications with high RPM.

They are the most widely used radial mounting rings, for time and cost savings, when large quantities are required they can be supplied stacked for mounting with the use of distributing device.

They are the most widely used radial mounting rings, for time and cost savings, when large quantities are required they can be supplied stacked for mounting with the use of distributing device.