Supernova Matte (ISN191) is a White Matte Polyester Film for inkjet printers specially designed for Thermal Sublimation Transfer
Packaging : 50 sheets A2 of white mat polyester for heat transfer sublimation
Type of product : INNOVA Supernova Matte, white ultra matte polyester
Printing technology : Heat transfer Sublimation
Thisckness : 200 microns
Size : A2 (420x594mm)
Description : Create stunning large format Cibachrome style displays using the dye-sublimation processes. Available in sheet and roll formats, Innova Supernova Matte (ISN191) can be sublimated using a flatbed or calendar heat press. Ideal for display in galleries and exhibitions, prints produced on Innova Supernova Matte (ISN191) will have vibrant colours, dense blacks and make such an impact that your collectors can’t help but come back for more. Each image produced is encased into the surface of the film, creating scratch resistant prints resilient to chemicals, making cleaning a breeze. The flexible surface of Innova Supernova Matte (ISN191) enables installation in a wide variety of locations – mount on solid surface for a traditional ‘picture’ feel or wrap around architectural features.
APPLICATIONS : - Cibachrome style - Expo prints - Decoration - Backlit - Banners - Signage |
CARACTERISTICS : - Weight : 280 gsm - Thickness : 205 microns - Base : polyester film - Whiteness (CIE) : 109 - Brightness (TAPPI) : 94 - Opacity (%) : 92 |
The new polyester Supernova Matte (ISN191) is also available in A4 (210x297mm), A3 (297x420mm) and A3+ (329x483mm).
Rolls of 24 inches (610mmx15M), 36 inches (914mmx15M), 44 inches (1118mmx15M), 60 inches (1524mmx15M) an up to 64 inches (1625mmx15M) are also offered. All these rolls are delivered in 15 meters length.
If you want to test this product, sample packs are also available here.
DOWNLOAD : Supernova Sublimation Range Pricelist in PDF (44 Ko)
DOWNLOAD : The product sheet "Supernova Sublimation Matte" in PDF (140 Ko)
DOWNLOAD : "The production Supernova Sublimation guide" in PDF (140 Ko)
VIDEO ON YOUTUBE : Video explaining the heat transfer sublimation process