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Waterproofing Reinforcement Fabrics
Specialist Waterproofing Reinforcement Fabrics are designed for use with waterproofing membranes to enhance structural integrity and protection. These fabrics provide critical compensation, levelling, protection, and filtering layers in demanding environments. Ideal for projects involving concrete surfaces, ceramic tiles, stone finishes, and areas at risk of cracking, such as terraces, balconies, swimming pools, and shower cubicles. Waterproofing Reinforcement Fabrics are essential for safeguarding structures subject to large deformations.
Mapei Mapenet 150
Mapei Mapenet 150 is an alkali-resistant (according to ETAG 004 test, paragraph 5.6.7.1) fibre glass mesh used to reinforce waterproof protection layers, anti-fracture membranes and cementitious smoothing and levelling layers. Reinforced strengthening for: Mapelastic, Mapelastic Smart, Mapelastic Turbo or Monolastic used for waterproofing...
Mapei Polydren PP HT
Polydren PP HT is a 100% virgin high tenacity polypropylene geotextile, UV stabilized, mechanically bonded by needle-punching without any chemical or thermic treatment. High tenacity non-woven geotextile to be used as compensation, levelling, protection and filter layer. Produced in conformity to EN 13249; EN 13254; EN 13250; EN 13255; EN...
Mapei Mapetex 50
Mapei Mapetex 50 is a non-woven polypropylene reinforcement fabric applied in combination with Mapelastic AquaDefense, Mapegum WPS, and with Aquaflex Roof products range, ready-mixed liquid elastic membranes for external waterproofing work. Mapetex 50 is a black coloured non-woven fabric; weight 50 g/m² Made from single heat-welded...
Mapei Mapetex Sel
Mapei Mapetex Sel is a non-woven, macro-holed polypropylene fabric for reinforcing waterproofing membranes. Used for reinforcement in macro-holed polypropylene fabric used together with Mapelastic Turbo and Mapelastic Smart, flexible cementitious membranes for waterproofing and protecting concrete surfaces, and concrete units particularly...
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Enhanced Structural Protection with Waterproofing Reinforcement Fabrics
Waterproofing Reinforcement Fabrics are essential for use with waterproofing membranes, providing a crucial layer of protection and strength. These fabrics stabilise surfaces, adding compensation, levelling, protection, and filtering layers to prevent damage from movement or stress. Designed to improve the durability of waterproofing systems, these fabrics are a key component in ensuring long-lasting structural integrity in demanding environments.
Why Choose Waterproofing Reinforcement Fabrics?
These fabrics are vital for protecting surfaces prone to cracking, deformation, and water damage. By reinforcing waterproofing membranes, they prevent water ingress and structural weakening in areas subject to significant wear and movement. Their use extends the lifespan of surfaces and structures, making them indispensable in environments with high moisture exposure or frequent structural shifts.
Ideal Locations for Application
Waterproofing Reinforcement Fabrics are commonly used on terraces, balconies, swimming pools, and shower cubicles—areas where moisture and movement frequently challenge surface integrity. They are also perfect for concrete surfaces, ceramic tiles, stone finishes, and structures subject to large deformations. These fabrics ensure stability and long-term protection, even in high-risk locations prone to cracking due to thermal expansion, contraction, or heavy foot traffic.
Protecting High-Stress Environments
In areas like terraces and balconies, which face exposure to rainwater and thermal expansion, Waterproofing Reinforcement Fabrics provide the essential reinforcement needed to prevent water ingress and surface cracking. Similarly, swimming pools and shower cubicles demand a robust waterproofing solution to withstand constant water exposure, making these fabrics critical in preserving the integrity of waterproofing membranes. For concrete surfaces, particularly in large structures, they offer reinforcement against deformation, ensuring the surface remains intact even under high levels of stress.