ROBALIT 61® dewatering elements
The world's first UHMW-PE
dewatering element is known for its high
dry-film lubricant content.
This produces an extremely smooth surface,
most importantly resulting in a low friction
coefficient a low level of adhesion.
- No adhesion
- Excellent chemical resistance
- Low coefficient of friction
Application
At machine speeds of up to approx. 600 m/min
Supply range
- Forming board trailing blades / forming board covers
- Forming board trailing blades
- Hydrofoils
- Vacufoils
- Suction box covers
- Felt suction strips
Manufacture
All materials are produced through lengthy sinter pressing processes with extremely long press cycles.
This enables us to produce covers up to 12 m long with no welding seams and also ensures a tension-free
internal structure compared with the typical standard sinter press process and extrusion.
Assembly
PE dewatering elements for paper machines have a high level of thermal expansion. They must therefore be installed in such a way that enables the strips or covers to expand without restriction (T-bars, corner strips, dovetail guides, screws in elongated holes). The base frame support must have a grid of approx. 250 mm to ensure flawless functionality for our covers. This support must extend to the underside of the cover to ensure it has a flat installation surface.
Product comparison
| Max. machine speed | ø coefficient of friction [u] | Service life | Investment | Surface quality |
Efficiency increase |
|
| low→high | costly→ cost-effec. |
low→high | ||||
| ROBADUR | up to 600 m/min | 0.17 |
Best price-performance ratio |
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| ROBADUR-MUF | up to 600 m/min | 0.18 |
White plastic |
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| ROBALIT 61 | up to 600 m/min | 0.16 | Optimized function: surface |
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| ROBAGLAS | up to 800 m/min | 0.18 | Optimized function: wear resistance |
Tested on the Röchling LERIPA Papertech wear simulation machine.
Settings: 600 m/min, wet section with 15% filler content, 1.5 kN/m wire tension
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Why not try using our dewatering elements in your paper machine too?



