LiTraCon is a trademark for a translucent concrete building material. The name is short for “light-transmitting concrete”. The technical data sheet from the. The inventor of Litracon™ – Light-Transmitting Concrete is Hungarian architect Áron Losonczi. He invented this material in He filed his. Litracon, a light-transmitting concrete developed by Hungarian architect Áron Losonczi, evoked a tremendous response within the international.
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Supporting materials The two basic materials used are fine concrete, which is cement and ljtracon aggregate, and optical fibres, which are of three kinds: Electrodynamic fragmentation-based concrete recycling Although it is possible to Oct 07, Beautiful and green Smart transparent concrete is aesthetically pleasing.
LiTraCon (light transmitting concrete)
Modern Contemporary Architecture in Spain — concrete, glass and wood. DysCrete Nov 18, No Comments. Litraxon the solid primitive material gives a light translucent aspect that transmits dramatic shadows like a screen.
Fibre and concrete are alternately inserted into moulds at intervals of about mm, adding per cent optical fibres by volume into the concrete mixture. Let There Be Light!
Light-Transmitting Concrete from Litracon – simply amazing
LiTraCon light transmitting concrete. Dye-sensitized solar cells DYSCs rely. The main purpose is to use sunlight as a light source to reduce the power consumption of illumination; use the optical fibre to sense the stress of structures; and use this concrete for a good aesthetic view of the building.
Perfect for concrete constructions as well as decorative interiors Litracon brings a juxtaposition of earth and light. Because of their small size, the fibers blend into the concrete, becoming a component of the material like small pieces of ballast. Optical fibres transmit light so effectively that there is virtually no loss of light conducted through the fibres.
Litracon uses a matrix of glass optic fibres to transmit light through the concrete. Inhe started a German company named Litracon Bt and started producing Litracon commercially. But since the development of optical glass fibres and polymer-based optical fibres, the rate of inventions and developments in this field has drastically increased.
Light transmitting concrete or translucent concrete is a concrete-based building material with light-transmission properties owing to embedded light optical elements, usually optical fibres.
Yet, it is beginning to be used in a variety of applications in architecture, and holds tremendous promise for the future. It is a smart way of optimising and utilising light, a smart way of living.
Let There Be Light!
Subscribe to Transmaterial via Email Enter your email address to subscribe to this blog and receive notifications of new posts by email. A combination of optical fibers and fine concrete, Litracon may be produced in panel form as well as prefabricated building blocks. There have also been inventions that apply this concept to more technical applications like fissure detection.
In the early s, forms like translucent concrete products popular today with fine and layered patterns were developed. Rather than weaken the material, the web of glass actually lends strength to the concrete by creating a modest aggregate. POF-based transparent concrete can even be regarded akin to art, making it suitable for museums and specific exhibitions rather than just a construction material.
The concrete mixture is made from fine aggregate and cement. Enter your email address to subscribe to this blog and receive notifications of new posts by email. Concrete Lighf Designs — minimalist in Germany.
LiTraCon (light transmitting concrete)
It can thus be used as architectural concrete on roofs of special buildings as well as in production of special types of home furniture. With energy savings and heat transsmitting among its properties, it is clear that translucent concrete is the future.
History Light transmitting concrete is a translucent concrete building material made of fine concrete embedded with 5 per cent by weight of optical glass fibres. Translucent concrete can enhance security in places like schools, museums and prisons where people and their actions can be seen, but not their entire image, thereby protecting their privacy as well. Thousands of strands of optical fibres are cast into concrete. Learn how your comment data is processed.