CelluBOR; natural solution for insulation

What is CelluBOR?

CelluBOR
CelluBOR in the attic

CelluBOR pouring-bulk thermal and sound insulation in the unused attic

CelluBOR for walls

CelluBOR side wall thermal insulation and sound insulation

CelluBOR in the roofs

CelluBOR roof spraying thermal and sound insulation

CelluBOR on Exteriors

CelluBOR thermal insulation and sound insulation between exterior wall cladding or wall

CelluBOR between rooms

CelluBOR sound insulation in drywall systems between rooms

CelluBOR in floorings

Under-floor CelluBOR thermal insulation and sound insulation

CelluBOR in Mechanical Rooms

Mechanical rooms wall and ceiling CelluBOR thermal insulation and sound insulation

CelluBOR in the parking lot

CelluBOR thermal insulation and sound insulation on parking lots ceilings

CelluBOR Thermal

The λ value of CelluBOR is not affected by density and external temperature changes. The thermal conductivity value is 0.037 W / m.K CelluBOR achieves high efficiency thermal insulation by keeping the temperature of the conditioned environment longer by its high heat storage capacity besides its low heat transfer coefficient. The R value, which is expressed as the resistance of the components against heat transfer and the insulation material, is an important criterion for selecting materials. CelluBOR's thermal conductivity resistance is 1.35 m 2 K / W at 50 mm thickness. The R value is fixed at low and high temperatures. The advantage of the application method of spraying is that it covers the solid (additional underexposed) insulation cover. As a result of the application, a high efficiency result is obtained without heat bridges.

CelluBOR Thermal

 

CelluBOR Sound

CelluBOR Sound Insulation

CelluBOR absorbs the sound with its flexible and soft structure. Irregular and fibrous textured structure (high surface weight and porous structure) prevents reverberation and ringing. Suitable structural elements and soundproofing up to 70dB when used in the can be achieved using appropriate thickness. Acoustically the sound absorbing feature is perfect. Sound absorption coefficient is 1.0; the sound absorption is class A.

 

 

CelluBOR Moisture

Because CelluBOR has high vapor permeability, it does not contain moisture in its structure and structure. Because CelluBOR water vapor diffusion resistance (μ = 1) is the same as air, the internal nasal discharge is released by inhalation depending on the relative humidity of the environment. So it does not rot, it does not break, it does not mold.

CelluBOR Moisture

 

 

CelluBOR Fire Retardancy

CelluBOR Fire Retardancy

With the fire retardant boron components in CelluBOR, it provides the necessary fire protection for the structure (duration, amount of smoke, no dripping and no fire advance etc). It provides the opportunity to escape from the dangerous environment and the necessary time for intervention in unintended situations such as fire on this vigil.

 

 

CelluBOR Health

CelluBOR contains no substances harmful to human health and carcinogens. Its physical structure allows buildings to breathe. It prevents mold, dampness and rust. It makes the residents and the residents healthy. Thanks to its high efficiency in thermal insulation, the consequent production of low-energy use in the areas of use contributes to the reduction of greenhouse gases, thereby promoting a healthy environment. It is nature friendly because at least 80% recycled waste paper is used in production. It also does not allow the formation of fungi and insects and is anti-bacterial. It does not contain formaldehyde and phenol. It does not cause allergic consequences in the eye. Short or long-lasting skin does not create any feeling of itching or discomfort. There is no harm found in case of inhalation. Odor does not occur during use.

CelluBOR Health

 

 

CelluBOR Çevre

CelluBOR Environment

More than 80% of the content of CelluBOR, also known as cellulose wool, is composed of recycled waste paper. In our facility the conversion of unused waste paper into a qualified heat and sound insulation material provides a significant contribution to the environment and the economy. In terms of the energy consumed during the production of CelluBOR, it is produced by consuming 20 times less energy than a mineral wool.

 

 

CelluBOR Production

Cag Engineering, produced Turkey and the Middle East's first and only cellulose-based insulation material doped with boron for cellubor and cellular applications where this insulation system has started as a mass production of insulation sprayers in 2005 at the Konya factory. Our company manufactures its products in accordance to ISO 9001: 2008 and TSE quality standards. In addition, our factory was awarded as the best investment award in 2006. In addition to our factory laboratories our products are also tested at TSE, TÜBİTAK, Universities and Accredited laboratories regularly.

CelluBOR Production

 

 

CelluBOR Application

CelluBOR Application

CelluBor is a cellulose-based, boron-added heat, sound and fire insulation material. CelluMak is a machine that allows spraying of insulating material CelluBOR. With CelluMAK's glued spraying feature the application material can be applied to any surface by pouring, blowing and filling. With CelluBOR, it is possible to apply on every surface in the desired thickness and density. The additional inadequacy of the application prevents any heat and sound bridge from forming. The speed of CelluBOR application with CelluMAK is also very advantageous. day; application area can be easily made by one team from 100 to 250 m 2 depending on application. CelluMAK machines are produced by our company according to CE Standards.

 

 

CelluBOR Performance

CelluBOR is made entirely of natural materials, allowing the performance of the product to remain constant over its lifetime. There is no volumetric loss, and there is no deterioration in temperature, sound and fire insulation values ​​over time. The additional underexposed insulation cover does not contain the finish heat and sound bridges. It only improves the efficiency of sheet applications by15-20%. As known, mineral wools used at low densities are subject to loss of shape over time (collapse, loosening, opening joints). CelluBOR has the same amount of lifespan as the structure life thanks to the adhesive. For this reason, there is no change in performance values ​​over the years.

CelluBOR Performance

 

 

Usage Area of ​​CelluBOR

Usage Area of ​​CelluBOR

Since the day CelluBOR was first manufactured, numerous national and international projects including heaters, houses, villas, offices, educational institutions, factories, conferences and meeting rooms, cinemas and studios, steel and wooden structures, hangar and vault buildings, thermal, sound and fire insulation millions of m 2  have been applied. CelluBOR, which is produced entirely by domestic and national resources is needed in thermal and sound insulation of dry wall systems (interplanter usage) inside walls, thermal and sound insulation of two walls, composite external heat and sound insulation, thermal and sound insulation of roofs, thermal and sound insulation of ceilings and floors, mechanical room and generator rooms ceiling-floor insulation in commercial buildings, sound insulation in the sound insulation, industrial roofs and cathedral roofs, thermal and sound insulation in prefabricated structures, thermal and sound insulation in the roofs of closed parking lots, sound insulation and acoustic regulation of entertainment spaces and movie theaters.

 

 

CelluBOR Economy

In addition to CelluBOR thermal insulation, sound insulation and fire retardancy are also used in the same way to create efficiency on the ground. With increasing energy costs each day CelluBor is minimizing the energy consumed adding its contribution to the national economy. CelluBOR creates added value in the use of boron in our country with the reason of containing boron in the world. By recycling the waste papers that make up the remainder of the material content, it also contributes to the economy as well as to the environment with the production of a qualified insulation material.

CelluBOR Economy