Frequently Asked Questions About MicroLouvre® screens

MicroLouvre® screens are innovative shading systems made up of a fine, precision-engineered metal mesh. They are designed to control solar heat, glare, and privacy while allowing for optimal airflow and visibility.

MicroLouvre® screens work by intercepting and diffusing sunlight. The fine metal mesh blocks a significant portion of solar radiation, reducing heat gain and glare. The unique design of the louvres allows for excellent airflow, promoting natural ventilation while maintaining privacy.

MicroLouvre® screens offer several advantages. They provide effective solar shading, reducing the need for excessive cooling and improving energy efficiency. The screens also enhance privacy and security while preserving outward visibility. Additionally, they can contribute to occupant comfort by reducing glare and maintaining airflow.

Yes, MicroLouvre® screens are highly customisable. They are available in different configurations to meet specific project requirements. Custom sizing and shapes can be accommodated to fit various window or opening dimensions.

Yes, MicroLouvre® screens can contribute to sustainable design. By reducing solar heat gain and the need for artificial cooling, they help improve energy efficiency and reduce carbon footprint. Their ability to enhance natural ventilation also reduces reliance on mechanical systems, promoting sustainable building practices.

Yes, MicroLouvre® screens are designed to be durable and long-lasting. They are constructed from high-quality materials that are resistant to corrosion, weathering, and UV degradation. The screens undergo rigorous testing to ensure their performance and longevity.

MicroLouvre® screens generally require minimal maintenance. Regular cleaning to remove dust and debris is recommended to maintain optimal performance. In most cases, the screens are self-cleaning due to their unique design, allowing rainwater to wash away any accumulated dirt.

Yes, MicroLouvre® screens can be used for retrofit applications. They can be installed on existing windows or building facades to upgrade solar control, privacy, and energy efficiency without requiring major alterations to the existing structure.