Home /Transfer Printing /

White Digital Printing Fabric For Curtain Garment with Dye Sublimation Ink

White Digital Printing Fabric For Curtain Garment with Dye Sublimation Ink

Brand Name:SAER
Model Number:SR006
Minimum Order Quantity:One roll ( approximately 100m per roll )
Delivery Time:Within 5 workingdays
Payment Terms:Western Union, MoneyGram, T/T
Place of Origin:China
Contact Now

Add to Cart

Verified Supplier
Location: Shanghai Shanghai China
Address: Room 301 of Building 5,No 898 Xiuwen Road, Minhang District,Shanghai of China
Supplier`s last login times: within 1 hours
Shipping
lt's easy to get a shipping quote! Just click the button below and complete the short form.
Get Shipping Quote
Product Details Company Profile
Product Details

White digital printed fabric For Curtain Garment with Dye sublimation ink


Product Feature


Sublimation fabric printing material with sublimation ink.


We also supply other fabrics:


1 SR001 Satin fabric


Composition:100% polyester
Size:1.6x100m
Suitable for:Sublimation Ink
Weight:90g/sqm
Usage:For curtain,tablecloth,umbrella


2 SR005 Mesh fabric


Composition:100% polyester,Perforated fabric
Size:1.6x100m
Suitable for:Sublimation Ink
Weight:150g/sqm
Usage:For sports


3 SR006 Warp knitted fabric


Composition:100% polyester
Size:1.6x100m
Suitable for:Sublimation Ink
Weight:110g/sqm
Usage:For flag and beach banner


4 SR007 Highlight Warp knitted fabric


Composition:100% polyester
Size:1.6x100m
Suitable for:Sublimation Ink
Weight:130g/sqm
Usage:For flag and beach banner


5 SR008 250g Warp knitted fabric


Composition;100% polyester
Size:3.2x50m
Suitable for:Sublimation Ink
Weight:250g/sqm
Usage:For flag and beach banner


Application:


It can be used indoor & outdoor, most to be used for flag fabric, home decoration, personalized pictures and decorative painting etc.


Printed Sample



China White Digital Printing Fabric For Curtain Garment with Dye Sublimation Ink supplier

White Digital Printing Fabric For Curtain Garment with Dye Sublimation Ink

Inquiry Cart 0