平面軸承維基

We have summarised all the important technical topics relating to our plain bearings here. Find out more about our plain bearing materials and their specifications. Our white papers also provide specialist knowledge from practice and research in addition to important tips for using iglidur plain bearings - free of charge.

What you will find on this page

What is iglidur? ▼
Comparison of different bearing types ▼
Choosing the right shaft material ▼
Installation and tolerances ▼
Free white papers ▼
Test laboratory and results ▼
Frequently asked questions ▼

What is iglidur?

iglidur are materials developed by igus. They consist of high-performance polymers and are characterised by special specifications. For example, they are exceptionally wear-resistant or suitable for contact with media and chemicals.

But what are iglidur materials made of? And what is behind the self-lubricating effect? Find out more about the specifications and composition of iglidur plain bearings.

進一步了解我們的材料

進一步了解我們的材料

不同軸承設計的比較

選擇合適的平面軸承時，有多種軸承設計可供選擇。每個都有不同的設計和自己的操作模式。我們為您總結了最重要的軸承設計，並向您展示它們具有哪些優勢。

比較不同的軸承類型

比較不同的軸承類型

選擇合適的心軸材料

心軸和平面軸承的正確選擇對於軸承系統的良好運作起著決定性作用。平面軸承可保護通常昂貴得多的傳動軸以及軸承點周圍的組件免受磨損。因此，這種磨損僅發生在平面軸承中並及時更換就顯得尤為重要。然而，在設計軸承位置時，常常忽略心軸。了解如何正確地將兩個組件相互匹配。

有關協調平面軸承和心軸的更多資訊

安裝和公差

安裝平面軸承時，需要牢記一些對於無故障運作和長期產品使用壽命至關重要的事項。了解您需要了解的有關合適的安裝和測試方法、間隙設計、標準公差以及平面軸承的正確固定的所有資訊。

前往安裝建議

前往安裝建議

What are hydrodynamic and hydrostatic plain bearings?

What is meant by hydrodynamic and hydrostatic plain bearings? How do these two bearing types work, what are their advantages and what are their typical application areas? Answers to these questions can be found here.

了解有關動壓和靜壓滑動軸承的更多資訊

了解有關動壓和靜壓滑動軸承的更多資訊

Free white papers on plain bearings

In our free white papers, our plain bearing experts share their insights from practical experience and long-term research and development. They examine different subject areas of plain bearing technology to give you an edge.

立即檢視白皮書

Plain bearing technology seminars

Watch plain bearing online seminars here. We will show you everything you need to know about using plastic bearings and enable you to further improve your application's plain bearing technology while reducing costs.

立即查看線上研討會

Largest test laboratory in the industry

What is tested and how is it tested?

In the iglidur test area, bearings and materials are tested for stress, wear and friction properties. Other parameters such as high and low temperatures, high load and speed are adjusted depending on the test. There are around 50 test systems in the test laboratory, on which more than 300 parallel tests are carried out. At the same time, we carry out around 11,300 tribological tests on the 250 or so newly developed plastic compounds every year. To ensure that the new formulations prove themselves in later use, they are not only exposed to external influences, but also to different directions of movement and loads - rotating, pivoting, linear, tumbling.

Results from the igus test laboratory

Avoid reduced press-fit caused by anti-corrosion agents
The use of anti-corrosion agents in the bearing housing can reduce the bearing's press-fit. Find out which anti-corrosion agent increases firmness instead.

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Results from the igus test laboratory

How well does gas nitrocarburisation protect shafts from corrosion?
We have investigated what surface treatment best protects shafts from corrosion. For this purpose, shafts were fitted with iglidur plain bearings and subjected to a 120-hour salt spray test.

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