+ It is ecological, natural material and does not cause any harm to the environment in the production and implementation phases. It does not lead to environmental pollution.
+ Oil, like synthetic substances, is not indestructible and toxic. When transformed into waste, it blends into nature and becomes part of nature in a very short time.
+ It can be used in any area where synthetic-based toxic insulating materials are used that require enormous energy and cannot be destroyed in nature.
+ Non-flammable synthetic-based toxic insulating materials that require great energy, carbon footprint is very high and cannot be destroyed in nature (areas of use are restricted due to low temperature resistance of these substances) Available in all areas.
+ Raw material is economical and easy to compete with conventional raw materials.
+ The carbon footprint is almost zero. Energy consumption is very low in its production and especially in its .
+ There is no requirement for furnace, temperature, autoclave or technological equipment in production. It is mixed and applied in a simple way, in atmospheric conditions for 4 hours in hot weather, 12 – 14 hours in cold weather, spontaneously hardens.
+ Allows in-place application. It can simply mix the material where it is used directly and pour it into molds in the desired properties, spreading it to the floor, spraying it and applying its special forms with trowel, spatula and similar tools.
+ In terms of intensity, physical resistance;
The user can be adjusted by the user from 60kg/m3 to 600kg/m3, optionally with additives mixed into it.
+ In terms of physical resistance;
Depending on the density of the material to be obtained, it is possible to provide physical resistance from 100 kpascal to 4.5 mpascal.
+ In terms of heat, isolation;
Depending on the density of the material to be obtained from the 0.030 w/mk to 0.14 w/MK Insulation property provides the pore size gene by the user Nano – small – Medium – large – very large as desired with additives mixed into the simple editable.
+ Water resistance and air permeability can be adjusted as desired by the additives mixed into it by the user.
+ Any assigned agent can carry the agent’s property in the context of each form, without disrupting and preserving it. Thanks to this feature, it has very special usage areas.
+ Our material can be colored in the desired color with natural colour pigments. It carries the color forever in its structure.
+ It is possible to use several different forms of density and form in the same production stages. In this way, the outer surface is extremely rigid and the desired stone, brick, designed in the image of the design, resistance to all kinds of atmospheric conditions, the interior is extremely light and porous, plaster, paint, coating without the size limitation does not require to make productions it is possible.
Thanks to this feature, it is possible to manufacture very large size panel wall and similar products.
+ Sustainable and carbon footprint like hay, pike, swamp Sazı, bamboo can be used together in a remarkable harmony with 0 materials. It reflects the characteristics of natural and sustainable resources from the history and proven in the structure of superior insulation.
+ With the new techniques we develop, it is possible to project the table concrete between the floors in the classical reinforced concrete buildings with the form of the 350kg/M3 density of our material.
This feature is incredibly lightness to the buildings and saves a great amount of iron used in construction.
In this way, it is very high and very light, it is possible to build extremely durable buildings in the earthquake.
+ After a good scientific study and process, some special forms of our materials seem to be able to be used in beams, columns and other carriers of the buildings. As a result of these studies, our material will most likely change from the roots of classical construction techniques in the future.
+ Our material has the potential to be used in many areas of the industry with its superior features. With its superior features, it is a candidate to solve many unresolved problems.
4 DIFFERENT PORE FORM OF OUR MATERIAL
LIGHT GIANT POROUS, POROUS SUPER CERAMICS: One of the forms of our material is giant porous materials, especially very robust, rigid structure and excellent insulation properties of materials to be used as a carrier is an ideal option for making. The pore structure is closed. If desired, the part can be turned off or turned on.
LIGHT LARGE POROUS, POROUS SUPER CERAMICS: One of the forms of our material is the large porous materials, especially the very robust, rigid structure and excellent insulation properties to be used as a carrier is an ideal option for the construction of materials. The pore structure is closed. If desired, the part can be turned off or turned on.
LIGHT MEDIUM POROUS, POROUS SUPER CERAMICS: This medium porous material is one of the forms of our materials, especially for the construction of materials to be used as a wall forming element with very robust, rigid structure and excellent insulation properties option is. The pore structure is closed. If desired, the part can be turned off or turned on.
LIGHT MINI POROUS, POROUS SUPER CERAMIC: One of the forms of our material is the small porous materials, especially the very robust, rigid structure and excellent insulation properties of the materials to be used as wall forming and coating element is an ideal option for making. The pore structure is closed. If desired, the part can be turned off or turned on.
This material produced with this new and alternative technique consists of small pores which cannot be measured. Therefore, all
insulation and physical properties are excellent. At the same time very light form is resistant to physical effects. In addition, it can be applied as mobile material like other material and it can harden itself in atmospheric conditions. This feature will be used in many strategic sectors in the near future. This material can be used in a wide area ranging from terrace insulation to artistic color coating materials with super insulation properties. Below you can find the images of the various examples of this material.
250kg/M3 nano porous insulation plates
This material, which our have used in the production of decorative ornaments for years and from my part improved to advance step by step; completely inorganic, natural origin and used in the industry right now lack of cost difference with materials, be plus non-combustibility, unusual detail receive feature, due to the small variations in its content as in many industries at could be used. So in content the absence of any chemical and synthetic components being ensure advantage. Water-based, carbon footprint it is almost being 0, its superior in many areas of synthetic alternatives, its use, being very easy for implement, its have for very low investment costs. At more features with in the sectors where it is used have groundbreaking qualities.
The characteristics that are aforesaid are general features and important tests, applications have been made and tested at atmospheric conditions. The results show that this material can be used in many more areas in the specific dimension, or new variations based on this material can occur. The most basic feature here is that we are at talking being about a completely ecological product. This orientation, which all sectors are headed for and can be sustained, points to our product and the similars. For example; The standards in the market are organized according to the available materials. In the construction sector insulation refers to polystyrene foam, polyurethane foam, and derivatives thereof, glass wool, rock wool, porous concrete, etc., come to mind. All solutions are produced according to these materials, sometimes by combining these materials. Product ownerships are also limited by the capacities of these materials.
Therefore, a standard and product specification has been created that ignores the facts and is adorned with word games. When polystyrene and polyurethane are very easily burned, dead volume is lost immediately in low temperatures, and many deadly gases are burned out, many producers claim that they mix a number of substances into or into their combinations, thereby giving them incombustibility. However, in the fire conditions none of these claims will be able to protect their authenticity and, on the contrary, these materials will be fire triggers. A façade of a building with a mixture of polystyrene, aggregate and cement or a polyurethane panel will explode in the fire and will be the first layer to pour over where it is. Likewise, the molecular breaking level of the binder of stone wool, which is the best known non-combustible isolation material, is around 250 degrees. If this binder is destroyed, the stone wool will not burn but it become a mass of dust.
This material we have developed, its mentioned features which have that can eliminate almost all of these negativity. Take something to forefront of energy saving all over the world in the face of political powers shows that the most energy loss according to the researches is caused by the lack of isolation of buildings, the tendency of oil-based industries to be abandoned that. We are serious support could give for the sectors that will replace these preferences. These stance seriously shows that our product will be an unrivaled get a foothold in the future.
Our project is supported by the Small and Medium Enterprises Development and Support Administration KOSGEB T.C. (www.kosgeb.gov.tr)
2142 st. No: 56-58, Iskele Dist. Urla - Izmir
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