Waterproofing not only extends the life of buildings, but is also indispensable when it comes to protecting occupied rooms. Balconies, walkways and roof terraces are amongst the most exposed components of a building construction, and the load bearing construction in particular is subject to both thermal and mechanical loads as well as other load impacts. Lack of functional waterproofing can lead to damage from moisture penetration, concrete flaking and corrosion of reinforcements. It no longer has to be this way. Triflex specially developed the wear-resistant BTS-P system for balconies, walkways and roof terraces exposed to extreme mechanical point loads. Along with its system components, the full-surface fleece-reinforced balcony and terrace waterproofing reliably protects the load-bearing elements reliably and for many years to come. Triflex BTS-P has a fast-curing polymethyl methacrylate (PMMA) base and withstands high mechanical loads. Various surface finishes and colours are possible and convert a balcony into an extension of your living room. Various dressing options make for an effective non-slip finish with sure footing, and an easy-to-clean surface.
Waterproofing Above Occupied Spaces or for Crack Bridging
Waterproofing does more than just extend the lifespan of buildings; it is actually essential when it comes to ensuring the safety of occupied spaces. Balconies, pergolas, and rooftop terraces are among the most exposed components of a building, and the supporting structure in particular is subjected to thermal, mechanical, and load-related stresses. Without proper waterproofing, moisture penetration, concrete spalling, and corrosion of the reinforcement can occur. This doesn’t have to happen.
Triflex has developed the wear-resistant BTS-P system specifically for balconies, pergolas, and rooftop terraces subject to the highest mechanical point loads. With its system components, this full-surface, fleece-reinforced balcony and terrace waterproofing reliably protects the load-bearing structural elements for many years to come. Triflex BTS-P is based on rapidly reactive polymethyl methacrylate (PMMA) and withstands high mechanical loads. A variety of surface finishes and colors are available, transforming the balcony into an extension of the living room. Various embedding options provide effective slip resistance and safe footing while ensuring easy cleaning.
Your advantages at a glance
Movement during the building construction can be absorbed without damage
Faster curing times than systems made of EP or PUR resins. Surfaces requiring refurbishment can be fully used by residents again on the day of application
Even complicated details such as railing posts can be easily and homogeneously waterproofed using liquid application techniques
The waterproofing system features an integrated wearing layer and permanently withstands high mechanical point loads from tables and chairs on balconies, or pedestrian traffic on walkways
The Triflex BTS-P S1 version is a flame-retardant waterproofing system. The product’s fire behaviour is graded in Class B1 (flame-retardant) according to DIN 4102, and Class Cfl-s1 according to DIN EN 13501-1
The system can be applied to almost all substrates
Surfaces can be creatively designed and finished in a range of colours using Triflex Chips Design, Triflex Colour Design and Triflex Creative Design. Non-slip surfaces can be produced with quartz sand dressings in Class R 12
For every application the perfect solution
Select the appropriate variant for your project
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Triflex Surface Design
Custom finishes that combine design and durability
Custom Designs with Triflex Liquid Polymer: An attractively designed outdoor flooring creates a personal atmosphere and plays a key role in enhancing the quality of life. Vibrant colors, custom patterns, and surface textures bring outdoor spaces to life. Triflex offers a wide range of colors and designs for virtually limitless creativity. At the same time, the liquid polymer systems are functional and provide long-lasting protection for surfaces against chemical and mechanical stresses.
