Analysis of the scene-based functions of curtains

1. Home space: functional stratification and personalized needs

(1) Bedroom scene
Core needs: full light blocking, sound insulation, temperature regulation (heat preservation in winter/heat insulation in summer)
Material selection: Double-layer structure is recommended - the outer layer is flocked or coated light-blocking cloth, and the inner layer is matched with chenille or cotton and linen materials with a light transmittance of 30%-50%. An antibacterial functional layer can be added to the children's room.

(2) Living room scene
Functional balance: It needs to take into account both light transmission and privacy protection, and at the same time serve as the visual focus of soft furnishings

(3) Kitchen and bathroom scene
Special requirements: Waterproof (IPX4 level), oil-proof, easy to clean
Preferred solution: Aluminum blinds with nano-hydrophobic coating can be flipped 180° for cleaning
The bathroom uses magnetic PVC roller blinds, and the seams are ultrasonically welded to prevent water seepage

2. Educational institutions and professional spaces

(1) Recording classroom
Technical specifications: Use double-layer curtains: the inner layer is full blackout cloth, and the outer layer is 600g/㎡ flocked sound-absorbing curtains, with a combined noise reduction of 25dB
The track system must be equipped with an electromagnetic damping device to prevent the movement of the curtains from generating noise that interferes with recording

(2) Art galleries/museums
Optical control: Use spectrally selective curtains to filter ultraviolet rays with a wavelength of <450nm while maintaining a color temperature of 5500K
Install a built-in temperature and humidity sensor on the track to automatically adjust the opening and closing to maintain the preservation environment of the exhibits

3. Medical and office environment

(1) Hospital scene
Function upgrade: The operating room uses anti-static curtains, and carbon fiber blended fabrics are used to reduce dust absorption
Wards are equipped with photochromic curtains, which automatically adjust the blue light transmittance according to the circadian rhythm

(2) Office space
Intelligent integration: Honeycomb curtains are linked with the BMS system to automatically adjust the opening and closing angle according to the intensity of sunlight, reducing air conditioning energy consumption by 30%
Conference rooms use electrochromic glass + blackout curtains, switching between transparent/fogging states in 0.1 seconds

4. Public and commercial places

(1) Hotel/shopping mall
Engineering standards: Fire protection performance must reach GB8624 B1 level, using a three-layer weaving process
Lobby floor-to-ceiling windows are equipped with wind pressure-resistant curtains, and the frame uses 6063-T5 aluminum alloy

(2) Theater
Acoustic optimization: Use gradient density curtains, with a sound absorption coefficient of >0.8 in the 125-4000Hz frequency band
The guide rail system integrates shock-absorbing springs to eliminate mechanical transmission noise

5. Special scenario solutions

(1) Smart home system
Millimeter wave radar sensing curtains: Automatically adjust based on human movement trajectory prediction, such as partially opening 30% to let in light when getting up at night
Photovoltaic power supply system: Flexible solar film integrated on the top of the curtains to achieve off-grid operation

(2) Extreme climate response
Alpine regions: Aerogel sandwich curtains are used, which have a 300% improvement in thermal insulation performance compared to traditional curtains