System accessories (mesh, profiles)
CERESIT CT 325
GLASS-FIBRE MESH
Reinforcing mesh for Ceresit Ceretherm External Thermal Insulation Composite Systems.
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Alkali-resistant
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Slipproof
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Tearproof
- Description
- How to Use
- FAQ
CERESIT® CT 325 is reinforcing mesh for embedding into reinforcing mortars for CERESIT External Thermal Insulation Composite Systems (ETICS). For façades or pedestals exposed to higher mechanical loads, it is preferred to use CT 325 in two layers or use higher density mesh of 330 g/m Available pack size: 1,1 m width and 50 m length
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Alkali-resistant
-
Slipproof
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Tearproof
Prepared CERESIT reinforcing mortar should be spread evenly over the surface of the boards with a tooth trowel with teeth the size of 10-12mm. In the case of mineral wool boards prior to distribution must also make ”priming” with mortar. In the prepared layer immediately spread fiberglass mesh, then embed by using a metal trowel and make it smooth. Properly applied mesh should not be visible and completely embeded in the mortar. It is important to keep the mesh overlaps on next applied belts to about 10 cm. Bets of mesh can not coincide with the joints between the panels.
Please refer also to the technical data sheets of other products in the CERESIT ETICS systems for specific advice on how to prepare the substrate and execute the work. Please refer in particular to ETAG 004. Therefore, skin and eyes should be protected. In case of contact with eyes, they should be rinsed with water and a general practitioner should be consulted.
CERESIT CT 325 is reinforcing mesh for embedding into reinforcing mortars for CERESIT External Thermal Insulation Composite Systems (ETICS). For facades or pedestals exposed to higher mechanical loads, it is preferred to use CT 325 in two layers or use higher density mesh of 330 g/m.
CERESIT CT 325 can be applied on top of the insulation layer of EPS or mineral wool.
CERESIT CT 325 is present in all CERESIT Ceretherm System
CERESIT CT 325 IS PART OF OUR BIM MODELS
Building Information Modeling (BIM) is an innovative approach to the planning, design, construction, and management of buildings and infrastructure. This smart model is a common source of knowledge for obtaining information about a building and provides a reliable basis for decision-making throughout the entire life cycle of a building, from conception to demolition.
