Printable Heat Transfer Decal Metallic Foil
Product Detail
Printable Heat Transfer Decal Metallic Foil
Eco-Solvent Printable Heat Transfer Decals Foil are our patented product that can be used by Eco-Solvent printers and cutters, such as Mimaki CJV150, Roland Versa CAMM VS300i, Versa Studio BN20, for all your craft projects. Personalize and customize your project by printing unique designs on our decal foil. Transfer decals foil onto No surface treatment (un-coated) ceramic tile, marble, porcelain cup, ceramic mug, Plexiglass glass, stainless steel thermos cup, tempered glass, crystal stone, Aluminum plate, metal, plastic materials and other hard surface.
Advantages
■ Exclusive metallic colors
■ No surface treatment (un-coated), unlimited base color
■ Compatibility with Eco-Solvent Max ink, UV ink, and Latex ink, etc.
■ Good ink absorption, and color retention
■ Compatibility with Eco-Solvent Printers and Printers/Cutters,
■ Ideal for print stability, and consistent cutting
■ Transfer decals onto ceramics, glass, jade, metal, plastic materials and other hard surfaces
■ Good thermal stability and weather resistance
Printable Heat Transfer Decal Metallic Foil (HSFS-300S) processing video
what you can do for your craft projects ?
Heat Transfer Decals Foil for Ceramic Products :
Heat Transfer Decals Foil for Plastic Products :
Heat Transfer Decals Foil for Metal Products :
Heat Transfer Decals Foil for Glass Products :
Product Uasge
How to transferred by heat press
|
craft projects |
Mug heat press |
Roller heat press |
Flatbed heat press |
|
porcelain cup |
155 ~ 165°C X |
155 ~ 165°C X 60sec, |
|
|
plastic cup |
155 – 165°C X |
155 ~ 165°C X 60sec, |
|
|
Aluminum cup |
155 – 165°C X |
155 ~ 165°C X 60sec, |
|
|
|
|
|
|
The information contained herein is believed to be reliable, but no representations, guarantees or warranties of any kind are made as to its accuracy, suitability for particular applications or the results to be obtained. The information is based on laboratory work with small-scale equipment and does not necessarily indicate end product performance. Because of the variations in methods, conditions and equipment used commercially in processing these materials, no warranties or guarantees are made as to the suitability of the products for the applications disclosed. Full-scale testing and end product performance are the responsibility of the user.
