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.
Although ease of construction is to be compromised, the material is bound to be accepted universally owing to its advantages. It can thus be used as architectural concrete on roofs of special buildings as well as in production of special types of home furniture. Fibre and concrete are alternately inserted into moulds at intervals of about mm, adding per cent optical fibres by volume into the concrete mixture.
Optical fibres transmit light so effectively that there is virtually no loss of light conducted through the fibres.
Casting transparent concrete block also requires skilled workmen.
This results in a certain light pattern on the other surface, depending on the fibre structure. It is a smart way of optimising and utilising light, a smart way of living. transmittting
Moreover, the blocks are load-bearing and provide the same effect with both natural lirracon artificial light. Application Light transmitting concrete is utilised in the architectural construction sector for road networks, entrances, entrance gates, translucent walls for architectural view, light panel elevators, transparent concrete panels, translucent concrete stairs and concrete blocks, among others.
The large number and small diameter of the light transmitting fibers result in a homogeneous mixture that assumes a new identity. Litracon uses a matrix of glass optic fibres to transmit light through the concrete. It is used in fine architecture as a facade material and to clad interior walls. A combination of optical fibers and fine concrete, Litracon may be produced in panel doncrete as well as prefabricated building blocks.
That said, translucent concrete is a great way to save electricity and money. This site uses Akismet to reduce spam. Part structural concrete, part light-transmissive surface, Litracon immediately calls into question known conventions of both materials. Modern Contemporary Architecture in Spain — concrete, glass and wood.
Further, when the light transmitting properties of LitraCon were examined, test results revealed that the produced concrete can be cut into different shapes without losing its transparent property. It was developed by Hungarian architect Aron Losonczi working with scientists at the Technical University of Budapest.
Let There Be Light!
Fabulous and dramatic, Litracon have created a concrete that is as innovative as it is amazing. Inhe started a German company named Litracon Bt and started producing Litracon commercially. Advantages and disadvantages Natural sunlight is the best source for light tarnsmitting is actually free of cost. We are looking at acquisition of mid-size EPC companies for water. And with green building gathering momentum, it becomes even more necessary to optimally utilise natural resources.
Load-bearing walls may be constructed using Litracon, as the glass fibers act as an aggregate and have no adverse effect on the strength of the concrete. Green buildings would get easy accreditation under daylight savings with the use of this product.
Let There Be Light! The cast material is cut into panels or blocks and polished. The concrete mixture is made from fine aggregate and cement. Recognizing the value of the do-it-yourself movement of the last several years, trendir.
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LiTraCon – Wikipedia
LiTraCon is a combination of optical fibers and fine concrete. Smart Concrete Stress-detecting concrete Smart concrete is capable ligyt sensing transmittinv Jul 29, It is quite expensive, as it is pretty rare – but it is indeed one of a kind. With energy savings and heat insulation among its properties, it is clear that translucent concrete is the future.
Because of their small size, the fibers blend into the concrete, becoming a component of the material like small pieces of ballast. Enter your email address to subscribe to this blog and receive notifications of new posts by email.
LiTraCon (light transmitting concrete)
Energy-generating concrete DysCrete is a dye-sensitized energy-generating concrete made by coating prefabricated concrete components with layers of organic dyes held in suspension. Leave A Comment Cancel reply. Translucent concrete walls brightly illuminate a room with natural sunlight. After seeing some artwork in Budapest that was made of ordinary concrete and glass, Losonczi thought of combining the two materials together; inthe first block of LitraCon was successfully produced.
LiTraCon finds applications mainly in architecture and interior design. It can be cast as blocks, panels or even precast forms of light-transmitting concrete. A wall made of LitraCon short for light transmitting concrete is claimed to have the strength of traditional concrete and an embedded array of glass fibres.
Litracon – Transmaterial
Glass fibers lead light by points between the wall surfaces. Supporting materials The two basic materials used are fine concrete, which is cement and fine aggregate, and optical fibres, which are of three kinds: Thousands of fibers run side by side transmitting light between the two main surfaces in each block.
Despite their relatively small proportion—only 4 percent of the total volume of the blocks—the parallel optical fibers transmit light effectively through livht up to several meters thick. Background Light transmitting concrete was first mentioned in a Canadian patent.