
Effisus delivers high-performance solutions for façade weatherproofing and roofing and wall sealing, ensuring airtightness, watertightness, energy efficiency and durability of buildings. Our systems help architects, contractors and building owners reduce risk, optimise installation and extend building life cycles. Build with confidence using Effisus.
Total UV Exposure. Maximum Safety. Façade breather membranes act as a protective underlay and shield against driving rain and wind,
Class B That Delivers. Proven Results. Facade breather membranes act as a protective underlay and shield against driving rain and
Protecting Buildings. Enhancing Efficiency Façade AVCL membranes act as a protective underlay and shield against water, air and vapour, thus
200% Elongation. Class B Reaction-to-Fire Classification. Seamless Installation. Façade interfaces between construction elements, such as around windows and doors, are
Long-term protection for every facade interfaces. Facade interfaces between construction elements, such as around windows and doors, are hotspots for
The Ultimate Leak-Sealing Solution for Roofs and Façades Construction joints are common in any project and can compromise a building’s
The Permanent Flashing Solution for Metal Roofs Metal cladding and roofing encompass many joints, ridges and transitions that need watertight
The Ultimate Gutter Waterproofing Solution Gutters are critical to avoid water from entering the building. Effisus AllTiteGutter is a self-adhesive,
Sealing High-Movement Metal Roof Joints Effisus TiteJoint3 is a customisable solution for sealing demanding metal roofing joints, especially slip lap
Efficient Sealing of Metal Roof Bolts Metal roofing typically implies the use of several self-drilling screws, and these are potential
Permanent Sealing for Metal Roof Bolt Holes Metal roofing typically implies the use of several self-drilling screws, and these are
Modern Standard Façade Protection System The Effisus Breather FR-B ST is a waterproof and breathable membrane, engineered to meet the