The SE75 is designed for smooth, flat and non-elastic surfaces. It is ideal for materials such as glass, acrylic and certain metals. Avoid application on curved or textured surfaces as this may compromise adhesion and the mirror effect.

Yes, the SE75 is suitable for outdoor applications. The silver variant has an expected lifetime of 3-5 years, while the gold variant lasts up to 2 years with vertical exposure in a central European climate. Service life may vary depending on environmental conditions.

The SE75 can be cleaned with standard, non-abrasive cleaning agents. It is important to avoid harsh chemicals or abrasives that may damage the surface of the film. Regular cleaning helps maintain the reflective quality.

Yes, the SE75 provides an identical mirror effect on both sides, making it particularly effective for applications on transparent surfaces where reflections in both directions are desired.

Although the film can be applied either dry or wet, dry application is generally recommended. Wet application can reduce static electricity and aid in positioning; however, it is critical to ensure that all water is squeezed out thoroughly during installation, as the PET base film does not allow water to pass through.

No, the SE75 is specially designed for smooth, flat and non-elastic surfaces. Application on curved or textured surfaces may affect adhesion and the mirror effect.

The SE75 is classified according to the Euroclass flame retardant standard DIN EN 13501-1 and thus meets the strict fire safety requirements. This makes the SE75 suitable for use in environments where fire safety is essential.

Yes, the SE75 is available in both silver and gold variants, allowing flexibility in design and application to meet different aesthetic preferences.

The ASLAN MirrorEffect SE75 film has specific temperature requirements to ensure optimal adhesion and performance:

• Dry application: The minimum application temperature is 15 °C (59 °F).
• Wet application: The minimum application temperature is 20 °C (68 °F).

After application, the temperature range of the film runs from -30 °C (-22 °F) to +80 °C (176 °F), making the film resistant to various environmental conditions.