AIS Modular press-fittings for multilayer pipes | Scalable & efficient solutions
AIS Modular press-fittings are specifically designed to connect with PERT-Al-PERT multilayer pipes for cold and hot water supply, as well as heating applications.
These large-diameter press-fittings are engineered for high-demand projects such as hospitals, industrial facilities, commercial buildings, and large-scale residential complexes.
With a modular approach, AIS Modular fittings reduce the number of required components while ensuring a secure and reliable connection, making installations faster and more cost-efficient.
Modular fittings for multilayer pipes benefits
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BENEFIT
Modular system
Compatible with multilayer pipes, AIS Modular fittings enable multiple connections with fewer components, simplifying planning, reducing inventory, and saving storage space.
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Scalable solution
Easily adaptable for large-scale installations, AIS Modular fittings are ideal for extensive water distribution networks (up to DN 110mm) that require high consumption capacity.
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Increased flow efficiency
The optimised internal design ensures smooth, high-flow rates, significantly reducing head loss throughout the system. It makes them perfect for high-demand projects.
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Effortless assembly
The innovative profile design allows easy pipe insertion without extra effort. The connection with the pipe is securely completed through press-fitting.
Modular fittings for multilayer pipes advantages
Access to data sheetExtensive dimension range
Covers sizes from diameter 25mm to 110mm, making it suitable for a wide range of applications, from residential buildings to large-scale installations.
Versatility
Ideal for domestic hot and cold-water systems, as well as heating applications, providing a comprehensive solution for various needs.
Hygienic & safe
Manufactured with materials suitable for drinking water, ensuring safety and maintaining the quality of water supply systems.
Security
The profile of the press adapter with embedded seals enhances the safety of the fitting-to-pipe connection by reducing the risk of seal displacement.