Cortinas solares con resorte, inalámbricas, de textura fina y apertura del 1 % A117 con cenefa

An openness factor of 1% means the fabric is woven very tightly, allowing only 1% of light to pass through. This provides the highest level of glare reduction and daytime privacy among solar shades, significantly softening sunlight while keeping the room cool.

These shades offer excellent daytime privacy because the tight weave makes it difficult for outsiders to see in. However, at night, when interior lights are on, silhouettes may be visible from the outside. If complete nighttime privacy is required, we recommend using them in rooms where night privacy is secondary, or layering them with blackout drapes.

The fine-texture finish provides a sophisticated, matte look that adds visual depth and richness to your windows. Unlike flat, plastic-like solar screens, this texture mimics high-end interior fabrics, blending beautifully with modern or traditional decor.

The fabric-faced cassette headrail is wrapped in the same fine-texture material as the shade itself. This creates a seamless, high-end look that hides the roller mechanism while protecting the shade from dust when retracted.

Our cordless system uses a hidden, precision-engineered spring mechanism. You simply pull down or push up on the bottom rail to set the shade to any desired height. It stays securely in place without the clutter of dangling cords or chains.

Absolutely. By eliminating all lift cords and chains—the leading safety hazards in traditional blinds—our 100% cordless design ensures a completely safe, hazard-free environment for homes with young children and pets.

Yes. The compact and sleek cassette design is perfect for 'Inside Mounts,' providing a clean, custom-built look. Please ensure you have at least 10cm or 4 inches of frame depth for a smooth, flush installation.

Yes. With a 1% openness factor, these shades block approximately 99% of harmful UV rays. This is ideal for protecting your flooring, furniture, and expensive artwork from fading due to direct, intense sunlight.