PIMC - Powder InMould Coating SMC/BMC powder coating in the pressing tool By pressing and coating in a single step, costly subsequent coating is no longer necessary. Your added value is increased, the total costs for your customers are decreased and the quality of the SMC/BMC components is improved. The expense for technical retrofitting is low.

PIMC - Powder InMould Coating SMC/BMC powder coating in the pressing tool PIMC procedure The powder coating of SMC/BMC can be easily integrated in the pressing process. The powder coating is sprayed into the pressing mould manually or automatically. The highly reactive coating hardens in a few seconds so the SMC/BMC can be laid in immediately and pressed. The cycle time is only extended by the duration of the powder coating application (depending on the component, approx. 30 sec.). After pressing, the finished, coated component can be demoulded as usual. The typical fibre marking is completely...

Surface The surfaces created in the PIMC process have excellent chemical and mechanical resistances and are properties ideally suited for permanent outdoor use: Hohe Oberflachenharte Kratzbestandigkeit Chemische Bestandigkeit Feuchtigkeitssperre Farbton / Glanz Lichtecht (GSB/Qualicoat) Steinschlagbestandig Anti graffiti /Easy to dean Easy to clean f[a mm hem men cl Lights Sports equipment Vehicle construction

PIMC - Powder InMould Coating SMC powder coating in the pressing tool Application example "Electrical junction From a purely mechanical aspect, an SMC junction box lasts for at least 25 years. During this time, UV radiation attacks the surface and creates "fibre blooming", i.e. the surface fibres expand. Not only does this look unattractive, it also harbours a risk of injury, e.g. for playing children. Up to now only separate wet coating with elaborate filling, grinding and priming work has been available prior to the topcoat layer being applied to prevent this shortcoming and to permanently...