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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A wall structure created by LiTraCon can be a couple of meters thick, as the fibers work almost without any loss in light up to 20 meters. Further, these optical fibres work as heat insulators, so will be effective in cold countries, thereby reducing energy and saving money. 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.

The large number and small diameter of the light transmitting fibers result in a homogeneous mixture that assumes a new identity. The concrete mixture is made from fine aggregate and cement. It can thus be used as architectural concrete on roofs of special buildings as well as in production of special types of home furniture. Subscribe to Transmaterial via Email Enter your email oitracon to subscribe to this blog and receive notifications of new posts by email.


Supporting materials The two basic materials used are fine concrete, which is cement and fine aggregate, and optical fibres, which are of three kinds: Enter your email address to subscribe to this blog and receive notifications of new posts by email. They act like slits and carry light throughout. With energy savings and heat insulation among its properties, it is clear that translucent concrete is the future. That said, translucent concrete is a great way to save electricity and money.


LiTraCon (light transmitting concrete)

Shadows on the lighter side will appear with sharp outlines on the darker one. Fabulous and dramatic, Litracon have created a concrete that is as innovative as it is amazing. Large and tall office buildings can share the lighting when ceilings are translucent.

Translucent concrete walls brightly illuminate a room with natural sunlight. There liracon also been inventions that apply this concept to more technical applications like fissure detection.

Light-Transmitting Concrete from Litracon – simply amazing

As a result, the two materials are not just mixed — glass in concrete — but a third, new material is produced which is homogenous in its inner structure and on its main surface as well. Rather than weaken the material, the web of glass actually lends strength to the concrete by creating a modest aggregate. Beautiful and green Smart transparent concrete is aesthetically pleasing.

LiTraCon blocks are used like bricks or passable paving illuminated from beneath. Casting transparent concrete block also requires skilled workmen.

It is quite expensive, as it is pretty rare – but it is indeed one of a kind.

Advantages and disadvantages Natural sunlight is the best source for light and is actually free of cost. If more buildings begin using this technology, more natural light can be used to light offices and stores.


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. Leave A Comment Cancel reply.

Fibre and concrete are alternately inserted into moulds at intervals of about mm, adding per cent optical fibres by volume into the concrete mixture. Despite their relatively small proportion—only 4 percent of the total volume of the blocks—the parallel optical fibers transmit light effectively through walls up to several meters thick.

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. 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. The hope is that this new material will transform the interior appearance of concrete buildings by making them feel light and airy rather than dark and heavy.

Glass fibers lead light by points between the wall surfaces. Recognizing the value of the do-it-yourself movement of the last several years, trendir.

It can be cast as blocks, panels or even precast forms of light-transmitting concrete.