France 193 Passive

Cracks usually appear first where the building structure is the weakest joints, corners, edges! And cracks can travel through walls over time if they are not stopped, further weakening the structure of your building. We think it is best to make sure that cracks do not start in the first place. Strong carbon fiber reinforcement mesh Up to seven times higher tensile strength compared to structural steel No corrosion so it’s very durable Our special solidian ANTICRACK rough sanded surface for superior bonding properties 3D corner shaped to all corners and edges Connects walls with ceilings and floors Easy to handle and apply

Global climate change and the necessary decline in the dependence on fossil fuels lead directly to better insulation for all types of buildings. The energy footprint of buildings is greatly affected by its windows and doors. Conventional materials such as steel, aluminium, PVC and wood only meet requirements for energy efficiency, durability, robustness, costeffectiveness and low maintenance to a certain extent. By contrast, pultruded composite profiles can absorb high mechanical loads while also meeting insulation requirements.

"In this method, a process on the surface of zinc, zinc-iron or zinc-nickel produces a defined thin and durable passivation coating, which enhances corrosion resistance. The different passivation processes differ with regard to corrosion protection, appearance, coating thickness and colouring. Often the passivation processes are additionally enhanced by seals (topcoats). These topcoats not only provide even greater corrosion protection, but also provide a more uniform appearance. The topcoats are adjustable to define the friction properties. Passivation processes are provided exclusively chrome-6 free."

Made by precision casting (water glass), material Material CF8M, with passivation as surface treatment, 3kg, annual demand 200pcs