Glasurit® UV Body FillerApplication: Fine body filler
Properties: Universal use on steel, galvanized steel, aluminum, electrophoresis coated parts, old paint, and all additive coated plastic parts. The fine-grained filler with a high solids content is characterized by quick-drying, excellent stability, and good anti-corrosion properties. They are coupled with good finish qualities. Specially designed to repair minor damage and scratches to achieve a repaired surface without pores.
- do not use it in direct sunlight
- do not expose to sunlight on storage
|Application||Fine body filler|
||Paint System||S 3, S 3a, S 9.5, S 15, S15a|
|The material is ready for use.|
||max. 800 µm|
5 min. (UV-A -> min. 6 mW/cm²) By using LED lamps, the drying time can be reduced due to their higher intensity in the decisive wavelength range. This must be checked individually.
Sanding: orbital sander
|P80/150 581-90 guide coat P240/320 putty area and old paintwork|
Glasurit 839-171 1 K UV Body Filler, Grey55 Line -
Glasurit 839-171 UV Body Filler - Squeezing out more efficiently.
Glasurit 839-171 UV Body Filler - More Efficient To help body shops repair small to medium damage cost-effectively, Glasurit has developed a special UV system made even more effective with Glasurit UV Filler 839-171. Thanks to UV technology, the body filler dries much faster and at lower temperatures than conventional body fillers that are dried in an oven or with infrared light. This allows body shops to save time with each repair, as well as reduce energy costs. Glasurit 839-171 UV Body Filler can be used on all common substrates, minimizing the effort and costs required and ensuring trouble-free operation. As it is ready to use from the tube without the need to add a hardener, it speeds up and simplifies the process even more.
Companies using Glasurit 839-171 UV Body Filler increase their throughput and productivity, which allows them to "squeeze" more profits.
- For universal use
- Can be applied directly
- Can be sanded immediately
- Ready-to-use 1K product
- UV technology saves drying time, lowers energy costs, and, as it works at low temperatures, protects plastic components from deformation