Description
Stone Satin (464) is a luxurious satin fabric, 145cm wide, featuring an elegant stones and pebbles pattern in metallic silver. Its glossy surface and high-lustre finish make it ideal for creating garments and decor that catch the light and make a statement.
Satin, named after the Chinese port of Quanzho (pronounced Zayton in Medieval Arabic), is a weave characterized by a smooth, shiny front and a dull back. Stone Satin combines the classic sheen of satin with metallic patterns for a sophisticated and eye-catching look.
This versatile fabric is suitable for a wide range of applications including women's lingerie, nightgowns, blouses, evening wear, and sports-inspired garments like baseball jackets. It is also used in men's fashion items such as shirts, boxer shorts, neckties, and scarves, as well as for interior furnishings, upholstery, and theatrical or stage settings.
Fabric Specs
| Width | 145cm |
| Composition | Polyester or synthetic satin blend |
| Finish | Glossy satin surface with metallic stone and pebble pattern |
| Weight | Medium weight, smooth and lustrous |
Uses
Stone Satin (464) is perfect for:
- Women's lingerie, nightgowns, and blouses
- Evening wear and cocktail dresses
- Sports-inspired garments like baseball jackets
- Men's shirts, boxer shorts, neckties, and scarves
- Interior furnishings, upholstery, and theatrical set or stage dressings
FAQs
What makes Stone Satin different from regular satin?
Stone Satin features metallic stone and pebble patterns, adding reflective highlights and texture that standard satin fabrics do not have.
Can Stone Satin be used for evening wear?
Yes, its glossy surface and metallic pattern make it ideal for glamorous evening dresses, cocktail wear, and stage costumes.
Is this fabric suitable for interior decoration?
Absolutely. Stone Satin can be used for upholstery, drapery, decorative accents, and stage or set dressings for a luxurious effect.
Does Stone Satin have stretch?
No, this fabric does not contain Spandex. It has a smooth, lustrous surface but maintains a structured form without stretch.
