PU-Lubrication Pinions made of polyurethane foam

The innovative solution for durable and efficient machine lubrication

Our PU-Lubrication pinions are made from high-quality polyurethane foam and offer a modern alternative to traditional felt lubrication gears. They are specially designed to ensure reliable, uniform, and sustainable lubrication of your machines, while providing numerous advantages over classic felt solutions.

Higher durability and resistance: 

The robust polyurethane foam material is characterized by exceptional wear resistance. Compared to felt lubrication gears, they are more resistant to abrasion, chemicals, oil, and moisture, significantly extending their lifespan and reducing maintenance intervals.


Optimal and uniform lubrication: 

The special structure of the polyurethane foam allows for controlled and continuous release of lubricants. This ensures even lubrication of gears and adjacent machine parts, minimizing friction, heat buildup, and wear – unlike felt, which can often lubricate unevenly.


Improved efficiency and reduced maintenance: 

PU-Lubrication pinions require less maintenance because they are more durable and provide consistently high lubrication performance. This reduces machine downtime and significantly lowers operating costs compared to felt lubrication gears, which need to be replaced more frequently. 

 
Environmentally friendly and clean: 

The controlled release of lubricant results in less contamination and environmental impact. The polyurethane material is also more resistant to dirt and dust, improving the cleanliness of your equipment.

Easy installation and versatile application: 

PU-Lubrication pinions are easy to install and fit a wide range of machines and applications. They are a flexible, modern solution that can seamlessly integrate into existing systems. 

Conclusion:

By investing in PU-Lubrication pinions made of polyurethane foam, you choose a durable, efficient, and environmentally friendly lubrication solution. You ensure optimal machine performance, reduce maintenance effort and costs, and benefit from a sustainable alternative to traditional felt lubrication gears.