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.

Rings for shafts DIN 471 type A stacked for automatic assembly.

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.

Rings for bores DIN 472 type J stacked for automatic assembly.

They are the inch version of rings A mostly used in the American and English market.

They are the inch version of rings J mostly used in the American and English market.

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 have a greater thickness than the DIN 471 rings and on a smaller sizes also greater radial wall. This makes them able to withstand to higher axial load.

They have a greater thickness than the DIN 472 rings and on a smaller sizes also greater radial wall. This makes them able to withstand to higher axial load.

Rings DIN 472 type JS heavy duty for bores stacked for automatic assembly.

AS rings in american inches, used in the United States and Great Britain.

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 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 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.

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.