【Item Name】 Heavy crepe Xiangyunsha silk 100% mulberry silk fabric (48 Mum)
【Brand】 OEEA
【Item No.】 22010006
【Size】 100 x 116 CM 39 x 45 CM
【Material】 100% Silk
【Manufacturer】 OEEA
【Safety category】A
【Unit Name】 Meter
【Class】 A
【Category】 Silk Fabric

【Heavy crepe Xiangyunsha】

Heavy crepe, generally speaking, refers to silk fabrics with a high number of millimeters.
A thick real silk with a combination of multiple warp and weft threads and strengthened twist of the weft threads. The style is similar to crepe de chine.
But it is much thicker than crepe de chine, at least four times the thickness of common crepe de chine.
It’s actually a thicker crepe de chine, which is thicker,
It is suitable for various summer clothes with a certain shape and good drape.

Heavy silk generally refers to heavy crepe,
A strong twist and thick type of crepe with a combination of multiple warp and weft threads.

【Characteristics of heavy crepe Xiangyunsha】

The surface of heavy silk crepe has fine and even wrinkles, the texture is soft, smooth, and the color is bright and soft.
Full of elasticity, comfortable to wear, cool, good breathability,
The silk body is heavier than georgette.

【Maintenance of heavy crepe Xiangyunsha】

The shrinkage rate of heavy crepe Xiangyunsha is about 10%. According to its characteristics, the following methods should be used for disposal:
1. When washing, pay attention to avoid using ordinary soap, but use neutral detergent; do not rub vigorously, do not use a brush; after washing, be sure to rinse well, otherwise flowers and spots will easily appear; squeeze the water gently and pull Dry flat, do not re-iron with an iron to avoid wrinkles.
　　2. When wearing it, please avoid contact with rough surfaces to prevent the hooks from fluffing and damaging the wrinkled tissue.
　　3. When storing, it must be folded and placed in a box. Do not hang for a long time. Because crepe silk clothes will hang longer and longer under the action of gravity, which will damage the uneven shape and expansion state of the fabric formed by twisting.