Thank you!
Your request has been received.
We’ll email you the requested information shortly.
If you’ve asked to be contacted, a TechNova representative will be in touch soon.
For water based (dye & pigment) inkjet printing of promotional displays
NovaJet™ PhotoMatte PP 150 SA - PP 150 SA
is a self-adhesive PP film top coated with a matte finish ink-receptive layer for inkjet printing. It is suitable for indoor front-lit applications in exhibitions and medium-term promotions. The ability to print with pigment inks renders it useful for graphic displays in indoor- semi-outdoor applications.
Premium backlit PET for aqueous (dye/pigment) & UV inkjet printing
NovaJet Inkjet Backlit Frontprint PET 125 (IJB 5305) is a polyester film, top coated with a translucent white matte ink-receptive layer for front printing of indoor and semi-outdoor backlit displays. It is suitable for applications in backlit boxes, scrollers (motion displays), LED frames, POP & POS displays
For inkjet printing of engineering, architectural & construction drawings
NovaJet Engineering Matte Film 75 (EMF 75) is a double side coated, matte polyester film, top- coated with an ink-receptive layer for inkjet printing of CAD drawings. It is also back-coated to allow easy manual drafting. Superior edge sharpness and easy drafting properties make it the right choice for CAD applications. It can also be used as a master (original) for making multiple copies by photocopying or by ammonia printing.
For water-based (dye & pigment) inkjet printing of page-wide web printing applications
NovaJet Digital Inkjet Matte Paper 75 (DIP 5303) is a white matte paper, top coated with an ink-receptive layer for printing of POP & POS displays, architecture & engineering designs, GIS imaging and many more.
For water-based (dye & pigment) inkjet printing of page-wide web printing applications
NovaJet Digital Inkjet Matte Paper 100 (DIP 5303) is a white matte paper, top coated with an ink-receptive layer for printing of POP & POS displays, architecture & engineering designs, GIS imaging and many more.
For water based (dye & pigment) inkjet printing of proofing, architectural & engineering drawings
NovaJet Coated Paper Premium 90 (CPP 90) is top-coated with a matte colour-receptive layer for the printing of engineering drawings, architectural layouts & imposition proofs, GIS imaging & remote sensing applications.
For water based (dye & pigment) inkjet printing of proofing, architectural & engineering drawings
NovaJet Coated Paper Premium 120 (CPP 120) is top-coated with a matte ink-receptive layer for the printing of engineering drawings, architectural layouts, imposition proofs, GIS imaging & remote sensing applications
For water based (dye & pigment) inkjet printing of proofing, architectural & engineering drawings
NovaJet Coated Paper Premium 100 (CPP 100) is top-coated with a matte colour-receptive layer for the printing of engineering drawings, architectural layouts & imposition proofs, GIS imaging & remote sensing applications.
For inkjet printing of colour graphics, CAD drawings & GIS imaging
NovaJet Coated Matte Paper Premium 120 (CPP 120) is matte finish paper, top-coated with an ink-receptive layer for printing of colour graphics, CAD drawings, GIS imaging, proofing and many other applications.
For inkjet printing of colour graphics, CAD drawings & GIS imaging Paper
NovaJet Coated Matte Paper Premium 90 (CPP 90) is matte finish paper, top-coated with an ink- receptive layer for printing of colour grahics, CAD drawings, GIS imaging, proofing and many other applications.
For aqueous (dye & pigment) inkjet printing of front-lit displays
NovaJet PhotoMatte Paper 160 (CMP 6207) is a white matte finish paper, top-coated with an ink- receptive layer for printing of indoor and semi-outdoor front-lit displays. It is suitable for applications such as posters in sandwich frames, in-store advertising, exhibition panels, POP - POS displays and other signages.
NovaCad Plot Paper 90 (PP 90) is a smooth matte finish, high opacity paper with uniform surface. It is ideal for printing sharp-edged CAD drawings at high speeds.
