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Most bearing damage occurs due to material fatigue as a result of continuously varying loads. To tackle this problem, an advanced system for wireless monitoring of bearing temperatures was installed. For a circular future with lower CO₂ emissions and manageable costs, smart and efficient use of raw materials is indispensable. Heros Sluiskil, a leader in the circular economy, plays a key role in this. By sustainably processing bottom ash into secondary raw materials, the company minimises waste and maximises reuse. A crucial link in this process are the heavy industrial screening plants that process the bottom ashes. Heros processes 1 million tonnes of AEC bottom ash annually, a quantity that continues to increase. To achieve these ambitious targets, the plants must continue to operate reliably. Especially the heavily loaded bearings in the screening plants are a risk factor; their failure often leads to unexpected and costly downtime. Cause of bearing failure and the solution Most premature bearing damage occurs due to material fatigue as a result of continuously varying loads. Research shows that 60% of bearing failures are caused by this. This results in

Kryptile ceramic liners combine the properties of aluminium oxide ceramics with the huge impact resistance and toughness of Kryptane polyurethane. Ceramic material is highly abrasion-resistant, but is vulnerable for breaking due to impact at an angle of of 90/60°. The impact energy is not absorbed and the ceramic could crack. Kryptile ceramic liners combine the properties of aluminium oxide ceramics with the huge impact resistance and toughness of Kryptane polyurethane. This protects the very fragile ceramic against a direct impact at an angle of 90/60° and is ideal for impact situations with large quantities of sharp and coarse product. This is the ultimate solution for aggressive applications. Kryptile liners are all designed in line with the customer’s requirements and can be supplied in the exact shape of, for example, a chute, bin or hopper and ensure a perfect fit. This prevents unnecessarily long installation downtime. The standard panel dimensions can be supplied in the exact dimension of 300 x 300 mm. This includes a cast steel plate with welded nut. The so-called Redi-Liners are fitted at the place

At Muller Beltex, we offer you an innovative solution that not only prevents wear, but also significantly extends the service life of your systems: Kryptane sheeting. In industry, component wear is a common problem. This often leads to unforeseen downtime and increased maintenance costs. At Muller Beltex, we offer an innovative solution that not only prevents wear and tear, but also significantly extends the life of your installations: Kryptane lining. Durability and retention of material properties Kryptane’s strength lies in its unique material properties. While other polyurethane materials harden over time due to exposure to ozone, oils or greases, Kryptane’s properties are retained. As a result, its wear resistance remains stable even after years of intensive use. This material lasts much longer than other polyurethane and polyurea materials, which translates into an extended service life for your parts. Comparison with other materials Compared to other wear-reducing materials such as Hardox, rubber and polyethylene, Kryptane offers an impressive tool life extension of three to five times. This result is achieved because