Lumina 9308 Print Media: Value White White PVC, Economy HTV

Description

Lumina 9308 Print Media: Value White White PVC, Economy HTV

lumina Print Media  Value White PU Thermal Advantage Heat Transfer Film

Lumina 9308 Series is a printable, matte white PVC heat transfer film designed for application to textiles. This Lumina heat transfer product features a matte finish for producing vibrant full color images. The film is ideal for thermal transfer printers as well as solvent, eco-solvent and latex ink systems.

Film Technology: ………….. Polyurethane
Film Thickness:…………….. 3.1 mil.
Color Availability:………….. 049 Matte White
Outdoor Durability: ……….. N/A
(The overall durability of this product has not been determined and will be based on its use,
maintenance and environment. Initial testing indicates some degradation may occur after
approximately 15-20 washes. Contact your ink manufacturer for complete information
regarding the durability of your ink system in this application.)
Adhesive: ……………………… Permanent (Heat Activated) /Clear
Liner: ……………………………. Polyester
Application:…………………… 100% Polyester, 100% Cotton, Poly/Cotton Blends
(*Test is recommended prior to production to determine the suitability of this
product given the end user’s particular textile and intended use.)
Cut: ………………………………. Right Read
Layer:……………………………. Yes
Preheat Garment: ……….. Yes
Time: ………………………. 15 seconds
Temperature: …………….. 300°F
Pressure: …………………. Medium
Peel: ……………………….. Warm
Washing:………………….. Wait 24 hours before first wash. Machine wash using a warm setting with mild
detergent. Do not bleach or dry clean. Dry at normal temperatures. Follow all
garment instructions.
Printing:………………………… Solvent, Eco Solvent
(*A print test is recommended prior to production to determine the suitability of this product given a
particular printer, rip, ink type and ink set. In most cases a generic vinyl profile will provide the best
results. Allow at least 4 hours for inks to dry and properly outgas prior to application.)
Shelf Life:…………………. 2 years – when stored at 70°F and 50% relative humidity