KAPROTEX ‘s new generation diffusion roof and facade covers, vapour control covers are produced on state-of-the-art lines. The entire production process takes place in a production facility in Nowa Dęba. This allows us to control the entire production process of our diffusible covers, because we also produce nonwoven and functional film ourselves.

KAPROTEX nonwovens used for the production of new generation diffusion open roof and facade covers, vapour control covers are produced with the latest technology and are called bicomponent (nonwowen). As the name suggests, nonwoven consists of fibres with double structure. A layer of polypropylene is cast on top of the main fibre and forms a kind of tube covering the inner fibre.

-Thanks to the application of bicomponent nonwovens, the new generation of covers has better tear resistance (about 40% increase by mass), better flexibility and a more homogeneous distribution of the main fibres. This results in a more homogeneous cover.

-New generation blankets are physically different from commercially produced blankets, even though they have the same mass.

as thicker. This is a result of the application of dual component nonwovens.

-Unlike many products available on the market, our diffusion roof, facade and vapour control membranes are made entirely of polypropylene (not only nonwovens but also functional film). Most manufacturers currently use polyethylene film, which is cheaper and easier to process during production. Polypropylene film has proven to have much better parameters. Namely, it has more UV resistance and better temperature resistance, which consequently increases its durability on the roof. As proof of the above argument, polyethylene begins to lose its properties and plasticisation at a temperature of about 80°C and the same happens with polypropylene at a temperature of about 130°C .

-Marma Polskie Folie are UV stabilised. In this way, the covers are well protected from the effects of UV rays.

-The most important parameter for the end customer in the case of diffusion roof and facade covers is that the exceptional qualities of all these solutions help us to maintain the vapour permeability parameters in the best way. This is and remains our biggest advantage in the market.

–Marma Polskie Folie has a laboratory equipped for full testing of diffusion-open roof and facade membranes. This allows us to continuously control all production processes. We can also test samples of our competitors’ products, which gives us the knowledge to always stay one step ahead and helps us to introduce new solutions and technologies.

-In addition, we conduct research on the durability and practical functionality of our products on experimental roofs. Therefore, we are confident that we can recommend our products in different applications due to their durability over time, maintaining their parameters and ensuring that they fulfil their functions on the roof for many years.

KAPROTEX diffusion-open roof – facade covers are building materials that allow moisture to pass through freely. This helps to expel the moisture accumulated inside the buildings and contributes to keeping the structures robust and durable.

Areas of use of new generation diffusion roof and facade membranes:

Roof Coverings: Diffusible roofing membranes are used to cover the roof of a building. These covers allow the moisture under the roof to be expelled and thus prevent the roof from rotting, mould and prolong the aging period of the materials under the roof. They can also increase energy efficiency. Facade Coatings: Diffusible facade covers are used to cover the exterior facades of the building. These covers help to expel moisture inside the building, while preventing damage to the facade. They can also contribute to energy saving.

Restoration and Renovation Projects: </During the restoration or redesign of old buildings, diffusion roof and facade covers can be used. This can increase the durability of old structures and comply with modern energy standards.

KAPROTEX vapour control covers are used to prevent moisture from circulating freely within building structures.

Areas of use of vapour control covers:

Insulation in Hot and Cold Climates: In buildings in hot or cold climates, it is used to prevent the spread of moisture within the thermal insulation system. This increases the comfort of the interior and improves energy efficiency.

Moulded Facades and Roofs: </Used to provide moisture control on the interior of insulated facades and roofs. This increases the effectiveness of the insulation and prevents the infiltration of moisture damaging the structure.

Hospitals and Laboratories: </In sensitive environments, vapour control blankets are used to control humidity. Especially in places such as hospitals and laboratories, it is important to prevent unwanted moisture from seeping in.

KAPROTEX NEW GENERATION DIFFUSION OPEN ROOF AND FACADE Covers TILE

SIX APPLICATION TECHNICAL DETAIL

1. 1. Wood veneer board or OSB coating is applied on steel and wood construction.
   2. The coating surface must be clean and free of any objects, residues, etc.
   3. KAPROTEX MSL98 / ML 90 AL /

with reflective vapour control covers over the coating

After ML 170 AL gr/m² is preferred, it is applied with the help of a stapler.

4. Timber slats in vertical direction on the rigid coating surface are mounted at intervals up to the width of the thermal insulation board. At least 2 cm higher than the height of the thermal insulation board
5. Breathable KAPROTEX 140 / 150 165 /175 /185 /185 gr/m² covers open to diffusion on vertical battens and thermal insulation board are bundled and applied to vertical battens with the help of staples
6. Application of breathable covers open to diffusion during application, 10 – 15 cm according to roof slope

It is applied by overlapping.

KAPROTEX VAPOUR CONTROL MATS TENET ROOFING APPLICATION TECHNICAL DETAIL

1. 1. Wood veneer board or OSB coating is applied on steel and wood construction.
   2. The coating surface must be clean and free of any objects, residues, etc.
   3. KAPROTEX MSL98 / ML 90 AL /

with reflective vapour control covers over the coating

After ML 170 AL gr/m² is preferred, it is applied with the help of a stapler.

4. Timber rafter or Z profile is mounted on the rigid coating surface in the vertical direction at intervals up to the width of the thermal insulation board. It must be at least 2 – 4 cm higher than the height of the thermal insulation board.
5. On wooden rafters or Z profile, OSB 2 / OSB 3 is applied with a thickness of 15 mm or 18 mm.
6. Breathable KAPROTEX 140 / 150 /165 /175 /175 /185 gr/m² preferred covers open to diffusion on the OSB coating from the beginning of the roof to the ridge with the help of wire staples with an overlap of 10 – 15 cm according to the roof slope
7. As the last layer, metal coverings are mounted on the cover with the help of clips.

KAPROTEX diffusion roof and facade cover weights:

100 – 115 – 120 – 120 – 140 – 140 – 150 – 165 – 175 – 185 – 185 – 215 – 265 gr. are produced as.

KAPROTEX steam control cover weights:

90 – 98 – 140 – 170 gr. are produced as.

Our fire class flame retardant products are produced as integrated with roof and facade covers and vapour control covers open to diffusion between 140 gr. and 200 gr. upon request.

ROLL SIZES

KAPROTEX Diffusion Open Roof and Facade Covers: 50 x 1.60 m (80 m²)

KAPROTEX Vapour Control Blankets: 50 x 1.50 m (75 m²)

BRYZA Rain Download Systems

BRYZA STEEL gutter systems are manufactured from the most modern technologies and the highest quality galvanised steel used in production lines.

The thickness of all protective coatings of the steel gutter is 50 µm. This guarantees long-term durability and resistance to the most difficult conditions.

BRYZA PVC offers many options with 4 different sizes and 8 different colours, allowing to choose the system suitable for each building. It contributes to the drainage of rainwater thanks to its reliability and tightness, easy installation and the accessories offered. All PVC and other fittings are made of unplasticised polyvinyl chloride.

These are system 75, 100, 125 and system 150.

Steel gutters: 125 mm (80 mm depth) – 150 mm (92 mm depth) width and 5 colour options. Pipe diameters are 90 Ø for 125 mm and 100 Ø for 150 mm.

PVC GUTTERS: 75 mm – 100 mm – 125 mm – 150 mm width and 8 colour options. Pipe diameters are 63 Ø for SISTEM 75 mm, 63 Ø or 90 Ø for SISTEM 100 mm, 90 Ø or 110 Ø for SISTEM 125 mm and 110 Ø for SISTEM 150 mm.

BRYZA STEEL AND PVC RAIN DRAINING SYSTEMS APPLICATION TECHNICAL DETAIL

It is the work of pulling a rope between the highest and lowest hanger, mounting the gutter hangers directly on the facade cladding by giving inclination according to the direction of the downpipe with fixed or adjustable clamp alternatives at 60 cm intervals, placing the gutter in the clamps after the gutter clamps are installed, and after the connection of all the gutters around the roof with the help of fasteners, fixing the exit points of the downpipe under the gutter, and mounting the downpipe fitting to the gutter.

KAPROTEX WET SPACE TEXTILE MEMBRANE

The 3-layer waterproofing membrane consisting of Polyprobylene (PP), Ethyl Vinyl Acetate (EVA), Polyprobylene (PP) protects wet areas, floors, balconies and terrace surfaces against water penetration and moisture penetration.

It has a special Polyethylene (PE) fibre coated soft coating on both sides to ensure effective anchorage with ceramic adhesive.

The EVA core has strong physical properties and provides flexibility, preventing the formation of cracks on the membrane surface over time.

SUPERIOR FEATURES OF KAPROTEX WET VACUUM TEXTILE MEMBRANE

• Tear resistant and ready to use.
• It has flexible and crack bridging properties.
• It is resistant to ageing and decay.
• Resistant against alkali and sulphates.
• Resistant against microorganisms.
• Easy and quick to apply
• Can be produced in desired colour and thickness.
• Roll sizes are 1m x 30m and 2m x 30m.
• It can be used in wet areas, balconies, pools, terraces, walls and floors.

KAPROTEX WET VACUUM TEXTILE MEMBRANE INSTALLATION CONDITIONS

The surface to be insulated must be clean, smooth and load-bearing.

KAPROTEX WET SPACE TEXTILE MEMBRANE APPLICATION TECHNICAL DETAIL

It is the work of using water-based flex ceramic adhesive suitable for the floor to adhere the membranes, applying the adhesive to the floor with a 4 x 4 mm wide notched trowel to completely cover the surface, adhering the membrane to overlap each other by at least 5 cm, using specially prepared corner cuts for inner and outer corners, pipe cuffs for pipe outlets, laying the ceramic coating directly on the wet volume textile membrane with water-based flex ceramic adhesive as soon as it is glued as a compound insulation.