Polarttech offers a unique product called Polargard®. This is a hard wearing PU lining product. Because of its unique properties, Polargard® is recommended for use in the handling of almost any abrasive material. Polargard® can be applied in vibrating hoppers, chutes and silos.
Polargard® Steel is hard-wearing polyurethane sheeting material with a perforated steel inlay (STG) or a stretch metal inlay (STS). Because of this steel inlay, Polargard® Steel can be attached by bolting/screwing to different surfaces. Polargard® Steel can be bolted/screwed to: steel, stainless steel, aluminium, wood, concrete and bricks.
Recommended for use in the handling of abrasive material
Because of its unique properties, Polargard® is recommended for use in the handling of almost any abrasive material. Polargard® Steel is often used in the dredging industry, mining and recycling. Because of the extreme wear-resistance of the material, process interruption and valuable downtime can be prevented.
Polargard® Steel according to your specifications
We can manufacture Polargard® Steel sheeting material and lining products according to your specifications. This can be based on a drawing or model and both small and large series of products are possible.
Polargard® Steel properties, applications and product options
Polargard® Steel is hard-wearing polyurethane sheeting material with:
a perforated steel inlay (STG) or
a stretch metal inlay (STS)
Chutes, ducts and flumes
Can be attached by bolting/screwing to different surfaces
Easy to cut with a bench shear
Polargard® STG is lighter in weight than Polargard® STS
Polargard® STG is easier to shape to the surface to which it is attached than Polargard® STS
DIMENSIONS 1000 x 2000 MM | 1250 x 2500 MM
THICKNESSES 8 MM to 50 MM
HARDNESS IN SHORE A Standard 75 Shore A, custom-made 40 to 95 Shore A
COLOURS Various colours available.
Next to Polargard® Steel, we also offer Polargard® Canvas. This hard-wearing polyurethane sheeting material has a backing with an open structure that bonds well to different surfaces.