My contact person
Hennlich, d.o.o.
SI(EN)
For shaft diameters Ø1.5 - Ø150mm
For shaft diameters Ø3 - Ø195mm
For axial bearing
Ø8 to Ø114mm
For shaft diameters Ø6 - Ø150mm
For sheet thicknesses of
2 - 6mm
All catalogue- and special dimensions
Special parts according to your specifications. We will help you to find the optimum solution made with our modern manufacturing methods.
You can find an overview of technical information and data sheets on our iglidur materials here and download it.
Do you need help designing your bearing and are looking for a suitable material? Or would you like to find the most cost-effective and reliable manufacturing method? We will support you from the design phase up to the ready-to-deliver component and beyond. From prototypes to very small or large production parts.
I look forward to hearing from you!
Stefan Loockmann-Rittich, Head of Business Unit iglidur®
Ets Payant, a French company, produces a pulley module that is attached under an excavator boom and moves earth out of pits that are up to 65 metres deep.
Discover further success stories from more than 60 different industries all over the world.
Bearings of the so-called tracking systems in photovoltaic plants withstand extremely adverse environmental conditions. iglidur P UV was developed for this application. The special composition ensures high resistance to ultraviolet rays and ensures that iglidur P UV plain bearings function for a very long time and with the lowest possible loss of strength.
The cathodic dip painting places special demands on the stability of the material and only works if it is sufficiently electrically conductive. iglidur F300 offers very good conductivity for plastics. It also offers mechanical and thermal stability and good durability.
The new iglidur TX2 with integrated felt seal was developed for applications in very harsh environments, where high loads, dirt and dust occur. Due to the special shape of the bearings, the inserted seal is fixed in the component and protects the bearing position from dirt ingress.
The new iglidur M210 was specifically developed for the application for medium pivoting loads. In addition, special attention was paid during development to ensure the material can be used for injection-moulded thick-walled bearings. Therefore iglidur M210 is well-suited for applications in which thick-walled bearings are used or replaced, which are at the same time as robust as possible.
The new iglidur M260 was specifically developed for use in harsh environments. In addition, special attention was paid during development to ensure that the material can be used for injection-moulded thick-walled bearings. Therefore iglidur M260 is well-suited for applications in which thick-walled bearings are used or replaced, which are at the same time as robust as possible.
The new coating formulation iglidur® IC-07 was optimised in particular regarding its chemical resistance, and protects metal surfaces not only against friction and wear, but also against aggressive chemicals.
With the igus® FastLine service, you receive customised injection-moulded plain bearings and thrust washers in a maximum of seven days. Apart from the immediate price indication, the iglidur® plain bearing designer shows you the manufacturing costs of our other production methods.
The new iglidur® TX2 plain bushings were developed for use in particularly highly loaded bearing locations. Due to its incorporated solid lubricants, the high-strength, wound construction ensures for a low-friction and maintenance-free operation - entirely without external lubrication.
iglidur® GKF shafts are optimised for use in combination with dry-running plain bearings, and increase the service life of your bearing locations. GKF shafts are an alternative to galvanised or chromed shafts, and offer a special protection against corrosion and wear. They have been developed especially for the use in agricultural and forestry machines as well as for construction machinery and utility vehicles.
Extremely high compressive strength coupled with high elasticity enables iglidur® Z4 bearings to attain their prominent features in association with soft shafts, edge loads and impacts. At the same time, the bearings are suitable for temperatures up to +250°C. iglidur® Z4 was developed in particular for especially price-sensitive applications where the bearing material still had to meet high requirements.
H3 is a new material in the iglidur H family. H3 sets new standards with its outstanding robustness. This material is more robust than comparable materials and has a longer service life than iglidur H1.
AX500 is conductive and has an even lower coefficient of wear than its predecessor. The material was specially developed for the food industry and can therefore be used in contact with food products.
iglidur AC500 is a further development of the A500 material, which is detectable and has an optimised service life. Plain bearings made of AC500 have been certified for use in direct contact with food.
When electrical conductivity is important and electrostatic charging of the components has to be avoided, iglidur F3 is exactly the right choice. As the material contains incorporated solid lubricants, the rollers can be used without any additional lubricants and the maintenance associated with them.
The SG03 felt seal prevents the ingress of dirt and dust in the bearing and protects the bearing itself and the shaft against wear and early failure.
iglidur i.Sense plain bearings indicate their wear status in good time. If a bearing needs to be changed, the system is informed about it.
We carry out tests so that you do not have to experiment. Find out how our iglidur® polymer plain bearings are tested in the largest test laboratory in the industry. We also carry out individual customer tests here.
Here you can find answers to the most important questions regarding iglidur plain bearings. Compiled and answered in detail by our experts in the area of plain bearing technology.
More and more design and maintenance engineers rely on iglidur® polymer plain bearings for their applications. They are up to 40 per cent more cost-effective than metal solutions, delivered quickly, maintenance-free and lubrication-free.
