LexJet InFuze™ Rigid Substrate-Dye Sublimation Paper Paper

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LexJet InFuze™ Rigid Substrate Dye-Sublimation Paper is a medium-weight, 120 gsm, water-based sublimation transfer paper with high ink transferability. The proprietary microporous ink-receptive coating is applied to a low-cockle, layflat base producing fast dry, full-color graphics optimized for transferring onto metal panels and rigid substrates. For medium-to-high ink coverage and applications such as wall art, table tops, high-end photo-art.

Product Highlights

FeaturesStrengthsApplications
120 gsm base and microporous inkjet coatingOptimized for rigid substratesWall art, table tops, high-end photo art
Low ink penetration into baseHigher percentage of ink transferImages with high color saturation
Microporous ink-receptive coatingRapid ink drying; shorter wait time to transferHigh-resolution rigid panels
High value

Economical transfer sheet

Lower overall cost of finished piece

Competitive bids, budget beaters

Product Properties

PropertiesDescription
Core Size3 in
BaseSublimation Paper
CoatingMicroporous
Weight120 gsm
Thickness5.9 mil
Printer/Ink CompatibilityWater-based sublimation inks
Imaging SideMaterial is packaged with printable side facing up
Finishing/Post ProcessingSpecifically designed for sublimation transfer onto ChromaLuxe® Panels
Optimal Environment

68 ˚ to 77 ˚F (20 ˚ to 25 ˚C)
40 - 60% RH

It is recommended to adapt the material to indoor print environment at least 24 hours before usage

Ideal Storage ConditionsProtect material from direct sunlight or moisture. Store in original packaging under normal climate conditions of 23°C, 50 % RH
Shelf Life1 year from the LexJet ship date when stored in proper conditions

Item Details

SizeSKUUPCOrdering
17in x 262ftINFUZERG17262
24in x 262ftINFUZERG24262
36in x 262ftINFUZERG36262
44in x 262ftINFUZERG44262
64in x 393ftINFUZERG64393
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Product Performance & Suitability

Directions for use
Store material only in original packaging under normal climatic conditions (23°C, 50 % RH).
Protect material from direct sunlight. It is recommended to adapt the material to indoor
climate at least 24 hours before usage.