Delta Maxx Plus
27january
Delta Max Plus - membrane with properties of high energy efficiency
In accordance with the increasingly demanding European Union standards for heat and energy efficiency, Dorken improved the Delta Maxx innovative diffusion membrane with an integrated tape that securely connected the membrane overlaps in a horizontal plane and reliably blocked the weathering of heat from the insulation layer.
Due to insignificant, at first glance, changes, all energy-efficient indicators of any building during construction, which used a Delta Maxx Plus membrane, increased.
A unique and innovative membrane for pitched roofs and facades with anti-condensation and diffusion properties at the same time, which has proven itself not only on the European, but also on the Ukrainian construction market - this is Delta Maxx Plus from the German company Dorken.
High thermal performance of the building is achieved thanks to the innovative structure and the starting material of which the membrane is made of Delta Maxx Plus. The prefix “Plus” means the presence of an adhesive strip on one side of the membrane; accordingly, Delta Maxx does not have this strip.
Due to this band and zero air permeability, the membrane provides reliable protection against moisture penetration and blowing out heat from the thermal insulation layer, which significantly affects the energy savings of any building and reduces the amount of payments for energy.
Delta Maxx Plus has reliable protective properties due to the integrated self-adhesive tape, as well as the top layer of the membrane consisting of thermoplastic polyurethane, which protects the roofing space from condensation. The upper surface of the Delta Maxx Plus has a high vapor permeability, which ensures reliable and timely removal of moisture from the insulation in the form of steam.
Purpose Delta Maxx Plus diffusion membrane, like Delta Maxx for single-layer roofs and installation is done directly on the insulation this will be necessary.
The lower polyester adsorbing layer is able to hold about one liter of moisture per m2 (1000 g / m2) in the form of steam during extreme conditions, such as sub-zero temperatures, preventing wetting of the insulating layer. After the temperature rises, the moisture is safely eroded from the insulation due to the pressure drop, which is formed due to the difference in height between the eaves and the ridge of the roof.
The record strength and durability of the membrane Delta Maxx Plus is confirmed by European certificates, and also meets all the requirements of the oldest and most authoritative association of German roofers (ZVDH Regelweks).
The system adhesive solutions developed by Dorken to reliably connect Delta diffusion membranes to any surfaces classify all products manufactured with Bico's technologies as the highest quality UDB-A material used on both the roofs and on the facades of buildings.
Key indicators of a membrane Delta Max Plus:
In Europe in recent decades, the trend in the use of ventilated facades in construction has increased, their main difference from standard facades is the presence of a ventilated gap between the insulation and the final coating of the facade of a building.
In accordance with the increasingly demanding European Union standards for heat and energy efficiency, Dorken improved the Delta Maxx innovative diffusion membrane with an integrated tape that securely connected the membrane overlaps in a horizontal plane and reliably blocked the weathering of heat from the insulation layer.
Due to insignificant, at first glance, changes, all energy-efficient indicators of any building during construction, which used a Delta Maxx Plus membrane, increased.
A unique and innovative membrane for pitched roofs and facades with anti-condensation and diffusion properties at the same time, which has proven itself not only on the European, but also on the Ukrainian construction market - this is Delta Maxx Plus from the German company Dorken.
High thermal performance of the building is achieved thanks to the innovative structure and the starting material of which the membrane is made of Delta Maxx Plus. The prefix “Plus” means the presence of an adhesive strip on one side of the membrane; accordingly, Delta Maxx does not have this strip.
Due to this band and zero air permeability, the membrane provides reliable protection against moisture penetration and blowing out heat from the thermal insulation layer, which significantly affects the energy savings of any building and reduces the amount of payments for energy.
Delta Maxx Plus has reliable protective properties due to the integrated self-adhesive tape, as well as the top layer of the membrane consisting of thermoplastic polyurethane, which protects the roofing space from condensation. The upper surface of the Delta Maxx Plus has a high vapor permeability, which ensures reliable and timely removal of moisture from the insulation in the form of steam.
Purpose Delta Maxx Plus diffusion membrane, like Delta Maxx for single-layer roofs and installation is done directly on the insulation this will be necessary.
The lower polyester adsorbing layer is able to hold about one liter of moisture per m2 (1000 g / m2) in the form of steam during extreme conditions, such as sub-zero temperatures, preventing wetting of the insulating layer. After the temperature rises, the moisture is safely eroded from the insulation due to the pressure drop, which is formed due to the difference in height between the eaves and the ridge of the roof.
The record strength and durability of the membrane Delta Maxx Plus is confirmed by European certificates, and also meets all the requirements of the oldest and most authoritative association of German roofers (ZVDH Regelweks).
The system adhesive solutions developed by Dorken to reliably connect Delta diffusion membranes to any surfaces classify all products manufactured with Bico's technologies as the highest quality UDB-A material used on both the roofs and on the facades of buildings.
Key indicators of a membrane Delta Max Plus:
In Europe in recent decades, the trend in the use of ventilated facades in construction has increased, their main difference from standard facades is the presence of a ventilated gap between the insulation and the final coating of the facade of a building.