Fibreglass render AR mesh orange IBBTherm Premium M160 50m2

Fibreglass render mesh white IBBTherm Premium M160  1.0 x 50m

High-quality fiberglass facade mesh designed for reinforcing the basecoat in ETICS (External Thermal Insulation Composite Systems). The product effectively distributes stresses, increases resistance to cracking, and significantly improves the durability and stability of the entire insulation system.

The mesh is made of fiberglass yarns coated with a special alkali-resistant (AR) impregnation, ensuring long-term performance in cement-based adhesives and basecoats.

 Product Advantages:

- high resistance to cracking and impact damage,

- excellent dimensional stability and easy handling,

- compatible with common ETICS mortars,

- durable alkali-resistant coating,

- optimal balance between performance and cost.

Application

- ETICS façade insulation systems (EPS, XPS, mineral wool),

- reinforcement of adhesive and base coats under thin-layer renders,

- façade renovation and refurbishment works,

- strengthening areas exposed to mechanical stress,

- residential, multi-family, commercial, and industrial buildings.

Technical Specification:

Material - Fiberglass

Areal weight - 160 g/m²

Mesh size - 5 × 5 mm

Alkali resistance - YES (AR coating)

Tensile strength (warp / weft) - ≥ 1700 N / 5 cm

Elongation at break - ≤ 5%

Colour - orange

Roll width - 1.0 m

Roll length - 50 m

Roll area - 50 m²

Compliance - ETICS / European standards

Installation Technology (ETICS):

1.Substrate preparation

The surface of the insulation boards must be even, stable, and free from dust or loose particles.

2.Application of base coat

Apply a layer of adhesive/base coat mortar onto the insulation boards using a smooth or notched trowel (approx. 3–4 mm).

3.Embedding the mesh

Press the fiberglass mesh into the fresh mortar, working from top to bottom, ensuring it is flat and free of wrinkles.

4.Overlaps

Adjacent mesh strips must overlap by at least 10 cm (minimum 15 cm at corners).

5.Finishing layer

Cover the embedded mesh with an additional thin layer of mortar so that the mesh is completely concealed.

6.Curing

After proper curing of the reinforced layer, priming and application of the thin-coat render can proceed.