Why use rotational molding?
Rotationally molded products are always hollow bodies – in other words, they are built up as a shell. Examples of suitable products and applications include: Tanks and containers, outdoor furniture, lamps, cones and barriers, covers (ex), pipes (ex), splash guards, spa baths, safety boxes, outdoor toys, tool boxes, buoys & floats. You can read more about different industries via the links to the right.
Our machine park can manufacture products from the size of a handball up to about 25m3 and with a wall thickness nominally between 3-10mm. The molds we cast in have low investment costs, making rotational molding a suitable process for smaller product runs, from 100 pieces a year and up. Connections such as threads and bushes can often be cast directly during the process or may be subsequently installed in our assembly department.
A sustainable product
The raw material that we use for rotational molding is high-quality plastic in powder form that has been carefully tested and verified by us. We are also able to adjust the material selection on the basis of the product’s requirement, the basic raw materials usually being PE (Polyethylene), PP (Polypropylene) or PA (Polyamide). Our raw materials should not be confused with simpler disposable plastics, for these are plastics with a long service life that may be recycled numerous times.
All our production waste is ground down and recycled. We maintain a strong focus on sustainability, as may be seen through our investment in Nordic Plastic Recycling, a recycling company creating the conditions for sustaining materials in a closed cycle.
Of course, being sustainable is about much more than just the choice of materials. We work with sustainability at all levels and aim to minimise our environmental impact by making active sustainable choices in relation to materials, processes and transportation. We work continuously with our logistics and shipping optimisation, making sure, for example, that our products are optimised for shipping from as early as the design phase.