Our Fabrics
Japanese style has a subtle and rigorous beauty, so we process the folds of the curtains to create regular and natural pleats. These folds can be maintained for more than 10 years, and even after washing, they will still retain its shape.
Our shade fabric is unique in that it does not rely on adding a coating to the fabric or attaching another layer of blackout cloth. Instead, black yarn capable of blocking light is woven directly into the fabric. As a result, the material feels like ordinary fabric with excellent drape, suitable for both home bedrooms and hotels.
Shade lace can effectively block indoor visibility, not only protecting the privacy of the occupants but also ensuring the indoor lighting effect as much as possible. Mirror yarn is a type of blind lace that can achieve a one-way perspective effect. Curtains made with this material make it easier to see the outdoor scene from inside the room, while from the outside, reflection prevents visibility of the interior.
By weaving wire and yarn together, the fabric not only meets privacy protection needs but also reflects the sun’s ultraviolet rays to achieve a UV-inhibiting effect.
Insulation curtains, made by adding a special environmentally friendly coating to the back side of the fabric, can not only block light but also effectively prevent outdoor heat from entering. This reduces temperature rise and is more energy-efficient than regular sheer fabrics.
Curtain fire protection requirements do not mean noncombustible, but rather flame-retardant. This ensures that in the event of a fire, the fabric will not burn over a large area. Engineering procurement categories often require this feature.
Compared with general fabric, sound-insulating curtains help block noise. In addition, special processing of the fabric material can give it a higher sound absorption effect.
Curtains can be treated so that stains do not easily penetrate the fabric; stains can be removed simply by washing. Additionally, photocatalyst antibacterial processing uses sunlight and fluorescent light to achieve antibacterial, deodorizing, and stain resistant effects by decomposing harmful substances into water and carbon dioxide.