GFRP Mesh for Optimized Screed Reinforcement
PRODUCT
REBARMAT® GFRP Mesh
– Non-metallic, corrosion-resistant glass-fiber reinforced polymer reinforcement
Dimensions
Mesh spacing: 50 × 50 mm
Bar diameter: Ø2 mm
Sheet format: 1.0 × 2.0-3.0 m (or supplied in rolls where required)
Location
Sweden
Interior residential spaces
Used for
– Residential floor screeds
– Screeds with underfloor heating
– Renovation and retrofit projects
– Thin and medium-thickness concrete screeds
– Interior floors in residential and light-commercial buildings
Primary functions:
– Crack control due to shrinkage and thermal movement
– Stress distribution in thin screed layers
– Improved durability of floor finishes
– Long-term dimensional stability of screed systems
Installation
Installed above insulation layer and beneath heated screed
Installation notes:
– Does not damage or react with PEX / PE-RT heating pipes
– Can be cut on site without sparks or special equipment
– Maintains position during concrete pour
Why GFRP instead of steel
No corrosion – Eliminates rust-related cracking, staining and long-term degradation in screeds.
Ideal for heated floors – Non-conductive and non-metallic, fully compatible with underfloor heating systems.
Lightweight and easy to install – Simple handling, cutting and placement without sharp edges or heavy lifting.
Uniform reinforcement – Mesh geometry ensures consistent crack control across the entire screed area.
Maintenance-free durability – Designed for long service life without loss of performance.
Slab characteristics
– Screed thickness: 30–70 mm
– Concrete class: according to EN standards for interior floors
– Compatible with cement-based and anhydrite screeds
Reference standards
EN 1264 (water-based underfloor heating systems)
EN 13813 (screed materials)
EAD-based GFRP reinforcement principles
Sustainability
– Long service life
– Reduced maintenance
– Corrosion-free lifecycle
Product
REBARMAT® FRP mesh is an innovative alternative to traditional A/B class steel construction mesh, offering enhanced properties and performance.
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