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Where can iglidur powder coatings be used effectively?
iglidur coatings are used wherever friction is to be reduced, wear minimised and maintenance costs lowered.
The following application scenarios show examples of the environments and component types in which our tribologically optimised coatings can particularly prove themselves.
The applications shown are based on typical practical requirements and serve as an orientation for possible fields of application. They are intended as a technical recommendation - not as a project-specific reference.
Whether conveyor technology, bulk handling or material handling: iglidur powder coatings enable low-wear, low-maintenance and friction-optimised surface solutions for your parts and components.
The iglidur powder coating is a tribologically optimised coating process for electrically conductive metal surfaces. The coating is applied by means of electrostatic powder coating. The functional polymer powder is electrically charged and adheres evenly to the prepared component surface. This is followed by thermal baking, which creates a closed, wear-resistant plastic layer.
The resulting coating is characterised by a homogeneous layer distribution and very good adhesion. Typical layer thicknesses are in the range of 60 to 120µm. Depending on the geometry, material and process parameters, significantly higher layer thicknesses - up to 500µm - can also be realised. It should be noted that the electrical conductivity of the surface decreases with increasing layer thickness, which can influence the coating process.
Thermoplastic high-performance polymers serve as the basis, which are combined with solid lubricants and functional additives. This results in a maintenance-free, dry-operating surface with optimised coefficients of friction and increased wear resistance.

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