As Greeng Innovation, we have developed unique products and new materials that are candidates to be “INSULATION, CONSTRUCTION AND INDUSTRY MATERIALS OF THE FUTURE”, based on the results of our project “The use of ecological and sustainable new materials in construction and other industries”. We continue to develop new and revolutionary products and application techniques by using the outputs of our R&D project, which we have been continuing since 2015 and concluded in 2021..

Forget about the astronomically priced, inadequate physical construction materials in the ecological construction materials market and please take a look at the materials, products and techniques we have developed..!
The physical properties of the natural construction materials in the market, which are insufficient in many respects, have been completely eliminated as a result of our R&D studies. The comfort, savings, low carbon footprint, stylish and aesthetic appearances it will offer have been perfected, and their cost in terms of price has been reduced to levels that can be reached by the low-middle income group. With this aspect, the materials and construction techniques we have developed will be a solution to the housing crisis, which is increasing day by day on a world scale, and will make a great contribution to climate change with the enormous energy savings and low carbon footprint it provides.
Our company believes that luxury and comfortable housing is not only the right of the upper income group, but on the contrary, it is the most basic human right and that the level of civilization we have reached can give this right to all people.

You can reach our new and revolutionary Building system that can create a solution in this regard by clicking the GreGRC link and our other projects by clicking the Our Projects link.

To review the products and solutions we have developed, please visit our website at www.greengconstructions.com.

WHY WE DEVELOP MATERIALS AND TECHNIQUES UNRIVALED..?

During our professional studies and R&D activities, we have seen that the following headings stand out in the demands of the building materials market.

Building sector material manufacturers have not yet put on the market a material that can offer the above-mentioned features together. They did not need it. Because you will need a very serious R & D process, knowledge and finance to produce this type of product. Companies producing on a global and national scale do not have a problem of not being able to sell the standard products they produce. On the contrary, they put on the market products that provide some of the above-mentioned features and require separate applications and make huge profits from these products. This method and way of thinking makes access to such products extremely expensive and causes the quality and energy savings to be ignored in standard building constructions.

Therefore, unhealthy structures that consume 1/3 of the energy produced on a global scale in heating and cooling have become the fate of our planet. More than 90% of the buildings in the world are uninsulated buildings.

In the light of this determination, when we started R&D studies, “Can we combine the above 5 items in a single material..?” We focused on the question.

Our main goal in our work has been to keep the sustainability and carbon footprint at the lowest level. We chose the materials to be used from natural materials based on our experience. It was a long, tiring process. We faced dozens of insurmountable problems such as financial problems, commercial lobbies, regulations arranged according to standard materials, test methods arranged according to standard materials, etc. We learned that; “You cannot easily push aside an existing system with a trillion-dollar turnover and impose a new system”

Therefore, as a result of our R&D studies, we have developed superior products that can solve the above-mentioned five basic problems in a single material by combining “OUR MATERIAL THAT CAN BE THE CONSTRUCTION AND INDUSTRIAL RAW MATERIALS OF THE FUTURE” with the superior aspects of traditional materials in addition to its plain form.

To review the products and solutions we have developed, please visit our website at www.greengconstructions.com.

COMPONENTS USED IN THE PRODUCTS WE DEVELOP

Our new material, which is the result of our R&D studies, forms the main and essential basis of the superior building material products we have developed.

The material we developed is based on Clay + Natural Pozzolan and has two forms.

In the techniques and products we developed, these two main forms were used in combination with plain or standard products.

THE FEATURE MAKING OUR MATERIAL “SUPERIOR AND UNRIVALED”

Since both materials (GreCer and GrePor) have the same origin, they can be applied in layers in the same process. In other words, a single product with excellent properties can be obtained by applying an extremely hard surface of the desired thickness and a second layer of the desired thickness, which is extremely light and has excellent heat and sound insulation ability, under this surface. With this feature, the whole structure is molecularly and chemically linked to each other and exhibits separate physical properties, but a single material feature. They do not tend to separate from each other with time, climatic conditions, mechanical and chemical effects and they have an eternal life.

Here, the traditional insulation materials in the market, which can show negative properties when applied alone, are transformed into brand new products with superior features and excellent insulation materials by eliminating all their negative aspects with these materials and techniques that we have developed.

Our non-porous and hard material, which we have developed, called GreCer, gives these products features such as being unaffected by water, moisture, physical effects, incombustibility, and preserving their physical form.

Our porous and GrePor material is; With its lightness, high insulation coefficient and non-flammability properties, it gives unique properties to the materials it is used with.

In addition, both of our materials can be used together with standard materials currently used in the market and transfer their superior properties to the application in which they are used, improve the physical properties of traditional materials, prevent their damage to the environment and make these products sustainable.
To give an example: GreCer or GrePor, the felt product obtained by recycling non-biodegradable polyester fiber residues, can be used in wall forming systems that are extremely durable, flexible, self-sound, heat insulated and resistant even to very severe earthquakes. Thus, the environmental damage of polyester waste that will last for centuries is turned into useful and environmentally friendly with the products and techniques we have developed.

OTHER STANDARD MATERIALS WE USE IN PRODUCTS WE DEVELOP 

ROCK WOOL

Stone wool building material, the content of which is volcanic rock, is a lightweight building material consisting of fibers obtained by melting volcanic rocks at high temperatures. It is used as a standard for insulation in buildings and exterior applications. At this point, stone wool, which has a very functional feature in terms of both sound insulation and thermal insulation, is frequently preferred because it has an effective potential in terms of insulation, although it has some negative features.

Technical specifications

Its density is between 60 kg/m3 – 160 kg/m3.

The thermal conductivity coefficient (λ) is between 0.036 W/mK and 0.040 W/mK.

Thanks to its inorganic structure, it does not produce bacteria.

Its dimensions do not change when exposed to heat and humidity.

A1 class fireproof,

5 cm thick rock wool has a sound absorption coefficient of (α) = 0.79 at 500 Hz and a sound attenuation value of 40.1* dB.

OSB – Oriented Strand Boards

The wood chips on the outer layers of the boards are laid in the direction of the long axis of the board, the chips on the middle layer are laid vertically on the chips on the outer layer.

In order to obtain multi-layered board, the chips are pressed with the help of bonding glue and OSB boards are obtained. OSB particle boards have a certain production method and thickness. Wood chips, sawdust, etc. It is no longer manufactured from materials such as Its raw material is pine wood.

OSB -2 technical specifications

Density: 620kg/m3

Thermal conductivity coefficient (λ) is between 0.08 W/mK and 0.10 W/mK

Bending resistance: 310 N/m2

Tensile strength: 319 M/m2

It is not affected by harmful insects. Likewise, it is not damaged by microorganisms such as mold and fungus.

Although the sound insulation coefficient of OSB plates is not measured in the laboratory environment, it is known that the wood, which is the raw material, is a good sound insulation material.

POLYESTER FIBER & FELT

Polyester fiber felt is a heat and sound insulation material in which the fibers obtained from the recycling of Polyethylene Terephthalate, which does not contain chemical additives, are blended and compressed with the nonwoven needling method and brought to an applicable thickness.

Physical properties of polyester fiber

Thermal conductivity coefficient (λ) is between 0.032 W/mK and 0.039 W/mK

Sound absorption value is 35 decibels

Tensile strength 4.5-5.5 g/denier

Elongation percentage at break 15-25%

Specific gravity 1.38 g/cm³

Under normal conditions, humidity is 0.4%

Resistant to acids, resistant to bases.

Resistant to oxidizing and reducing substances.

It is not affected by moths and harmful insects. Likewise, it is not damaged by microorganisms such as mold and fungus.

EPS

What is EPS?

Expanded Polystyrene Rigid Foam (EPS-Expanded Polystyrene Foam) is a typically white thermoplastic material with closed pores in foam form, obtained from petroleum by polymerization of styrene monomer.

Thermal conductivity values

The thermal conductivity calculation value of EPS boards varies between 0.033 W/mK and 0.040 W/mK. As the density increases, the thermal conductivity decreases.

General information

Since the inflator gas used in the production of EPS thermal insulation boards is replaced by air very quickly, the thermal conductivity of EPS thermal insulation boards reaches its final value after production and does not deteriorate over time; When they are used at the densities required by the application, there is no change in their thickness that will affect the thermal resistance. The most important advantages of EPS thermal insulation boards are that the thermal conductivity and thermal resistance remain constant throughout their lifetime.

It has disadvantages such as being heat resistant, burning easily and being a fire trigger, and its waste does not dissolve in nature for many years.

WHAT ARE THE FEATURES MAKING THE CONSTRUCTION MATERIALS WE HAVE DEVELOPED SUPERIOR..?

To review the products and solutions we have developed, please visit our website at www.greengconstructions.com.

The biggest feature and innovation of these products is that our “clay-based” ecological material, which we developed and believed to be the “construction and industry material of the future”, is the basis and binder of the products. It combines very high adhesion strength and physical strength into a single structure, and transfers its non-flammability, physical durability, insulation, and decorative properties to the products we develop. With these features,

At the same time, thanks to the technique we have developed and applied to all our products, there is no “HEAT BRIDGE” in any of our products. No matter how good the material is, insulation will be inefficient if it contains thermal bridges.

it is unique in its field and has no rivals.

 If we take a look at the superior features of other standard components;

Stone wool is a very good insulation material, it is light, it does not burn, it does not contain mold and bacteria. However, it is delicate, resistant to pressure, physical effects, humidity and water. It is almost impossible to use alone and it needs extra applications to eliminate these negative features. Failure to comply with these standards requires the process to lose its feature over time and be repeated.

Polyester felt alone means nothing in the building materials industry. But in other sectors, especially in the textile sector, its usage area is very common. It is not natural, flammable, and when thrown into nature, it continues to exist as a waste that pollutes the environment for hundreds of years. Therefore, it should not be thrown into the nature as waste. However, Polyester fiber, especially when it is made into felt, has a density of 120 kg/m3, a heat transmission coefficient of 0.034 W/mK, a breaking strength of 4.5-5.5 g/denier, an elongation at break of 15-25%, a sound absorption coefficient of 35 decibels. and it turns into a material with very superior physical values, which can be easily produced in desired thicknesses. Moreover, the raw material used is recycled, that is, it is a waste that is prevented from being released into the nature as waste. In this way, we prevent these wastes from being released to nature and hide them on the walls, floors and ceilings of a building throughout its life, as well as providing “multi-functional” and “energy saving throughout the life of the building”…

The contribution of such a use to the protection of nature and ecosystem should not be underestimated.

OSB, that is, oriented wood chipboard, is the most durable, most economical, easy-to-process building material in its class. It is flammable, even fire trigger, when used alone, it is weak against direct water contact. However, when its negative aspects are hidden, it transfers its superior physical features to the structure of which it is a part.

Here, in our new products, we have developed superior building materials by highlighting only the good features of the above traditional products and hiding all their bad and weak aspects in the inner structure of the product with the materials and techniques we have developed.

For example, we added the near-perfect sound and heat insulation properties of stone wool to our products.

By preventing polyester waste from being thrown into the nature, we added the physical superior aspects of the produced felt, sound absorption and insulation properties to the products we developed, and by hiding it in the material, we transformed it from a waste that harms nature into a useful material that provides energy saving, extraordinary durability and incredible sound insulation.

 By hiding the OSB plates on the inside and side parts of the products, we brought the product strength, carrier, lightness and other positive features within the structure of OSB.

Also; Thanks to the GreCer material, which we developed an extremely flammable material such as EPS, but important in terms of thermal conductivity values, it has turned into a non-combustible material that can preserve its physical properties for long periods of time against heat.

In summary: We developed new building materials in different combinations with rock wool + polyester felt + OSB + the material we developed, GreCer – GrePor. We have given these materials superior sound and heat insulation values ​​and mechanical durability. We almost covered it with an armor. We have made it fireproof, unaffected by water, moisture and physical effects.

In light of the results obtained:

Also our products;

ADVANTAGES OF OUR PRODUCTS TO YOU

WHAT CAN YOU DO WITH OUR PRODUCTS..?

To review the products and solutions we have developed, please visit our website at www.greengconstructions.com.

And We say:

Again we say: