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Fibran geo

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Stone wool Fibran geo ®

The advanced production technology allows FIBRAN® to offer a product with exceptional features and quality. The tight arrangement of the fibres and the permanent chemical composition, ensure standard thickness and density and even more compatibility with the rules of nature.

Attributes of Fibran geo ® stone wool

  • Natural ecological product– The wool is made of minerals that derive from the earth. The production process makes the product close to nature.
  • Moisture resistance – The minerals in the form of fibre are completely resistant to moist and corrosion. Also the panels, produced with special treatment, do not absorb water at all.
  • Fire resistant – Thanks to its chemical attributes the stone wool does not catch on fire. The fire protection is the only one that this product has in comparison to the other insulating materials of this type and it is strongly recommended as a material for protection against fires.
  • Dimensional stability - mechanical strength– The non-fire origin of the raw materials for producing the stone wool ensure stability during any type of weather conditions. Thanks to the production technology the panels have excellent additional strength, including compression and flexibility.
  • Sound insulation – The structure of the fibres and their arrangement inside the stone wool makes Fibran geo ® one of the best sound insulating materials.
  • Non-poison and antibacterial – The stone wool is chemically neutral; it does not contain any irritating or corrosive substances. The stone wool Fibran geo ® is not bacteria-friendly environment therefore no microorganisms or bacteria can exist in it.

Application of Fibran geo ® stone wool

  • Fibran geo ® in construction

    With the development of the construction technology and architecture, it becomes clear that the modern building must have:

    • good thermal insulation (for saving energy and even more for protecting the environment)
    • sound insulation (for normal working and living)
    • protection from fire (for people and building safety)

    The simple combination of the attributes that the stone wool has makes it the only solution for the above mentioned conditions.

  • Fibran geo ® in the industry

    Long ago had been proven that the application of the thermal insulation in the industry is of big relevance. Fibran geo ® offers one of the best solutions for these needs. The high temperatures at the industrial surroundings, in many cases the complex ecological conditions, make the Fibran geo ® stone wool irreplaceable tool in the hands of the engineers.

  • Fibran geo ® in ship engineering

    In this industry the very strict rules for fire protection makes the Fibran geo ® stone wool the only solution for sound and thermal insulation of the ships.

The stone wool is produced by melting the vulcanic stones

The production of the stone wool is done by melting the volcanic stones on temperature between 1500° – 1600° C from which lava is made. Afterwards the lava is spin to get the fibres, which are collected and distributed in a controlled manner to the production of homogeneous in density, panels and rolls. This somewhat simple process is possible only with the application of the highest technological achievements in production, with the purpose of ensuring that the Fibran geo ® stone wool is going to have the best quality of chemical composition and fibre dimensions.

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Insulating from the inside of the walls

One of the most common methods of thermal insulation

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Sandwich wall insulation

One of the most common methods of thermal insulation

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Outside thermal facade

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How to apply TERMOPOR-F?

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    1.The surface (brick, concrete etc.) at which the TERMOPOR-F is applied, have to be cleaned off any dust or bumps.

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    2.At the bottom of the wall the cornering outline is applied whose dimensions depend on the thickness of the TERMOPOR-F panels, for example, if you use panels with 50mm thickness than the cornering outline has to be with 53mm thickness.

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    3.The cornering outline on the wall is strengthened with standard screws and wall-rivets. Eventually as a replacement of the cornering outlines can be used a wood lath whose thickness is compatible with the thickness of the TERMOPOR-F panels, that are used for the thermal insulation.

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    4.Along the strengthened cornering lath on the wall the rabitz net is glued, whose bottom end after the application of the first panel is flipped over it. For the net application, special glue for polystyrene is used.

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    5.TERMOPOR-F 20kg/m³ panels are glued on the wall in that way the glue is equally spread on every corner of the panel and on several other places on the panel.

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    6.Every new row begins at the middle of the previous panel.

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    7.After the application of all the TERMOPOR-F panels is complete, the next step is the application of cornering PVC outlines on all the openings of the facade (doors, windows etc.)

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    8.On the glued TERMOPOR-F panels a layer of glue is applied and in it the rabitz net is pressed (5*5mm). The net is applied in that way that there is overlapping.

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    9.By adding just a little more glue you move on to the final refining of the surface, and after 24 hours, with a roller, all over the surface, a layer of the founding matter is applied.

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    10.Few hours after the application of the founding matter is applied has been done, you can start with the application of the top layer of the facade, for which we use a smoothing tool.

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Thermal insulation of the floor

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    1.surface must be clean and smooth

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    2.the surface need to be cover with prajmer - a cold liquid (when there is a need for hydro insulation)

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    3.hydro insulation is placed (when there is a need for hydro insulation)

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    4.diletaciona bar is placed

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    5.Termopor® panels are placed with 30kg/m³ density (for perfect condition 2 layers are needed)

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    6.PE foil is placed for cover

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    7.concrete layer is being placed (it is advisable to use thin wire network)