|
The HONEYgrid® Technology
The most lightweight in stability With HONEYgrid® Technology, ipm invented a revolutionary system in 1992, which allows for optimal results in building lightweight construction wall elements. HONEYgrid® lightweight construction elements consist of three components: a stabilizing light wooden frame, a variety of outside cover plates and the ingenious paper honeycomb structure inside.Honeycomb structure for ultimate stability The secret of this innovative technology is its paper honeycomb structure, which lends maximal stability to the wall elements. ipm lightweight construction wall elements are fit perfectly for the use at trade fairs, in shop and office construction and anywhere else where highest stability and an extremely light self-weight is in demand. Individual solutions always included Another advantage is that ipm lightweight construction wall elements can easily be customized for individual requirements. Unlike massive wall plates, the ipm solution possesses an extremely low self-weight, thus allowing an easy transport and quick and uncomplicated set-up. There are hardly any limitations to the applications possible.
As perfect as nature
Nature sets an example in showing us how simple and effective ingenious solutions can be. The so-called bionics deal with the question of how natural processes and courses of action can be used effectively for current technological tasks. It is according to this principle that the HONEYgrid® Technology was devised, which clearly follows the example of the bees´ honeycombs. Their honeycomb structure offers just those advantages needed in the building of lightweight construction wall elements: a low self-weight and an ultimate loading capacity in extreme situations. Success has proved ipm right: For more than 15 years, HONEYgrid® Technology has been among the most effective and flexible solutions available on the market. Bionics (also known as biomimetics) deal with decoding the "inventions of animated nature" and their innovative transformations in technology. (Source: http://www.wikipedia.de) |