Material data base
- Results
-
- Shirtings
- Sensyu
- Kawamata(Fukushima)
51Hits
-
BT32
BELL TEX CO., LTD.
- Number
- BT32
- date
- 2024/01/12
- Material
-
- Cotton
- Polyester
- Mixture
-
- COTTON 60%
- Polyester 40%
- Function
-
- Stretch
- Knitted textile
- Width 130cm
- Length 31m
- Weight 270g/㎡
- Item
-
- Suits
- Jackets
- Dresses
- Shirtings
- Pants/Skirts
- Sportswear
- Inner wear/lingerie
- Interior
- Sundry items
- Area
- Wakayama
A willow pattern is expressed on the front side of the double knit, which often looks flat.
A surface-changing material that is light and has just the right amount of stretch and firmness.-
- Enquiry by e-mail
-
- TEL
- 03-5669-5101
-
SE561
SAIEI ORIMONO CO., LTD.
- Sustainable raw materials
-
1-a Organic materials, biodegradable natural fibers
- Number
- SE561
- date
- 2024/01/12
- Material
-
- Silk
- Mixture
-
- Silk 100%
- Woven textile
- Width 80cm
- Length 17m
- Weight 40g/㎡
- Price
- 3,000 yen or more
- color/design variation available
- Stock service available
- Small batch orders available
- Item
-
- Jackets
- Dresses
- Shirtings
- Japanese-style clothing (kimono)
- Interior
- Sundry items
- Area
- Kawamata(Fukushima)
3D Silk Organza 4 monme. Three-dimensional See-through Houndstooth pattern. Unique convex-concave pattern consisting of translucent organza and matt fiber contraction parts caused by salt shrinkage. -
SE572
SAIEI ORIMONO CO., LTD.
- Sustainable raw materials
-
1-a Organic materials, biodegradable natural fibers
- Number
- SE572
- date
- 2024/04/02
- Material
-
- Silk
- Mixture
-
- Silk 100%
- Woven textile
- Width 80cm
- Length 17m
- Weight 41g/㎡
- Price
- 3,000 yen or more
- Stock service available
- Small batch orders available
- color/design variation available
- Item
-
- Coats
- Shirtings
- Japanese-style clothing (kimono)
- Interior
- Sundry items
- Accessories
- Area
- Kawamata(Fukushima)
3D Silk Organza 4 momme. See-though large plaid pattern with circle. Unique convex-concave pattern consisting of translucent organza and dense & matt fiber contraction parts caused by salt shrinkage.
