If you don’t know how to installshades for window, please read the following guide. For more details, pleasecontact us
Pre-Installation :
1.Check window obstructions (e.g., cranks/handles) that may interfere with installation.
2.Measurement tip: Roller shade fabric runs ~1.06″ (2.69cm) narrower than the ordered valance width.
NOTE: Please measure the dimensions of the window; do not take any deductions for clearance; we will produce the blinds of the appropriate size for you.
Measure Width Top/Middle/Down:
Measure the width in 3 places. For width, use the smallest measurement.
Measure Height Left/Middle/Down:
Measure the height in 3 places. For height, use the longest measurement.
Order Width = Shortest Measurement Width = Whole Item Width
Order Height = Longest Measurement Height = Whole Item Height (Window depth ≥ 3″)
Measure Width To Be Coverd:
Measure width to be covered. We recommend adding 6 inches to the width you wish to cover for optimum light control and privacy.
Measure Height To Be Coverd :
We recommend adding 6 inches to the width you wish to cover for optimum light control and privacy.
Order Width = Measured Width + 6”=Whole Item Width
Order Height = Measured Height + 6” = Whole Item Height
Cost: Automatic Roman shades tend to be more expensive than traditional manual shades due to the added technology and features. The initial investment can be significant, especially for larger windows or multiple shades.
Installation Complexity: While some models are designed for easy installation, others may require professional installation, which can add to the overall cost and complexity.
Maintenance and Repairs: Automated systems may require occasional maintenance or repairs, especially if the motor or electronic components fail.
Power Dependency: Automatic shades typically rely on electricity or batteries. If there is a power outage or if the batteries run out, the shades may become inoperable.
Compatibility Issues: If you have an existing smart home system, there may be compatibility issues with certain brands or models of automatic Roman shades, which could limit your options.
Noise: Depending on the motor used, some automatic shades may produce noise when opening or closing.
Learning Curve: For those not familiar with smart technology, there may be a learning curve in understanding how to operate and program the shades effectively.
The life of automatic roman shades generally falls within the 5 to 10-year range, which depends mainly on the quality of the motor, the durability of the fabric, and the frequency of use:
Motor life: Ordinary motors are about 5–10 years, high-end motors can reach more than 15 years, and cheap motors may fail in 3–5 years.
Fabric life: Polyester/composite materials are 8–12 years, natural fabrics (such as linen) are 5–8 years, and blackout/insulating fabrics are more than 10 years (UV protection is required).
Battery life: Rechargeable batteries are 2–4 years, and disposable batteries need to be replaced every 6–12 months.
The hardwired, flat-fold automatic Roman shades with high-torque motors and synthetic fabrics typically last the longest.
Longest-Lasting Automatic Roman Shades：
Motor Type
Hardwired motors outlast battery-powered ones (15–20+ years vs. 5–10).
High-torque motors (50Nm+) handle heavy fabrics without strain.
Style & Fabric
Flat-fold design (simpler mechanism) > Hobbled/Balloon (more moving parts).
Polyester or composite fabrics resist fading, tearing, and humidity (last 10–15 years vs. 5–8 for natural fibers).
Power Source
Hardwired > Solar > Plug-in > Battery (wired systems avoid battery degradation).
