Inhaltsverzeichnis
Hochdichte Plastisol-Tinte: Der Wendepunkt im Siebdruck
High-density plastisol ink is changing the world of screen printing. This thick, strong ink lets you make 3D designs, leuchtende Farben, and prints that last for years. Let’s learn how it works and why you should try it!
What is High-Density Plastisol Ink?
High-density plastisol ink is a special ink used in Siebdruck. It is made from:
- PVC-Harz (eine Art Kunststoff).
- Weichmacher (oils that make the ink soft).
- Zusatzstoffe (to make it thick and strong).
When heated, this ink hardens into a raised design you can feel with your fingers. Brands like Wilflex Quantum HD und FN Ink Xenon Series make popular versions of this ink.
Top 5 Reasons to Use High-Density Plastisol Ink
- 3D Texture: Makes designs pop out like a sticker.
- Bright Colors: Stays vibrant on black shirts and dark fabrics.
- Dauerhaftigkeit: Won’t crack, fade, or peel after washing.
- Funktioniert auf vielen Materialien: Use it on cotton, polyester, bags, mugs, and more.
- Cost-Effective: Saves money because prints last longer.
How to Use High-Density Plastisol Ink
Tools You Need:
- A Bildschirm mit 110–160 Maschenzahl.
- A Rakel (to push ink through the screen).
- A Blitztrockner (to heat and harden the ink).
Schritt-für-Schritt-Anleitung:
- Bereiten Sie den Bildschirm vor:
- Use thick emulsion.
- Keep the screen slightly above the fabric.
- Drucken Sie das Design:
- Layer the ink 2-3 times.
- Use the flash dryer between layers.
- Aushärten der Tinte:
- Heat at 320°F für 45-60 seconds.
Profi-Tipp: Machines like M&R Druckgeräte give the best results.
High-Density Plastisol vs. Other Inks
| Tintentyp | Am besten für | Am schlechtesten für |
|---|---|---|
| High-Density Plastisol | 3D textures, bold logos | Eco-friendly projects |
| Tinte auf Wasserbasis | Soft, light designs | Dunkle Stoffe |
| Entladungstinte | Vintage, faded looks | Polyester materials |
Beispiel: Wählen high-density plastisol for hats or shirts with raised logos.
Beheben häufiger Probleme
| Problem | Lösung |
|---|---|
| Knacken | Cure longer at 320°F |
| Color Bleeding | Hinzufügen low-bleed agents |
| Ink Not Sticking | Clean the fabric first |
Tool to Try: Rutland EVO additives help prevent bleeding.
Eco-Friendly High-Density Inks
Newer inks are safer for people and the planet:
- Phthalate-free options (like MagnaColours).
- Folgen Öko-Tex Standard 100 (safe for skin contact).
Tipp: Recycle screens and ink containers to reduce waste.
Beispiele aus der Praxis
- Nike: Uses 3D ink on sports jerseys for texture.
- Adidas: Makes limited-edition shirts with raised logos.
- Artists: Create gallery art with tactile designs.
Event: See new inks at DRUCK United Expo.
Future Trends
- Hybridtinten: Mix plastisol with water-based inks for softness + durability.
- Digital Tools: Software like AccuRIP helps design precise patterns.
Should You Try High-Density Plastisol Ink?
Yes if you want:
- Designs that auffallen.
- Prints that survive 100+ washes.
Start small: Test it on a sample fabric first!
FAQs
Can I use this ink on polyester?
Yes! Add a low-bleed agent to stop colors from spreading.
Can I print fine details?
Verwenden Sie ein 160+ mesh screen for thin lines and small text.
How to reduce waste?
Measure ink carefully and reuse screens.
