Engineered For Performance

Jul 07, 2026 Leave a message

7-Layer DTF Film - Compact Layout

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Technical Architecture

Engineered for Performance.

The 7-layer structure isn't just marketing-it's engineered to eliminate specific printing pain points. Scroll to explore the anatomy.

01
 
Microporous Ink Layer

Microporous Ink Layer

Nano-void structure locks ink droplets vertically for sharp lines.

Solves: Ink Bleeding
02
 
Top Anti-Static

Top Anti-Static Coating

Repels stray powder from non-printed areas.

Solves: Dirty Backgrounds
03
 
Release Coating A

Primary Release Agent

Primary agent provides grip during printing phase.

Solves: Ink Detachment
04
 
Release Coating B

Thermal Stabilizer

Stabilizer ensures smooth peeling (Hot/Cold).

Solves: Hard Peeling
05
 
PET Base (Core)

Optical-Grade PET

Thermostable core prevents arching under heat.

Solves: Head Strikes
06
 
Bottom Anti-Static

Roller Discharge Layer

Dissipates roller friction charges.

Solves: Printer Jams
07
 
Non-Slip Backing

Micro-Friction Texture

Matte texture for precise feed alignment.

Solves: Slippage
Microporous Ink Layer
01

Nano-void structure locks ink droplets vertically for sharp lines.

Solves: Ink Bleeding
Top Anti-Static
02

Repels stray powder from non-printed areas.

Solves: Dirty Backgrounds
Release Coating A
03

Primary agent provides grip during printing phase.

Solves: Ink Detachment
Release Coating B
04

Stabilizer ensures smooth peeling (Hot/Cold).

Solves: Hard Peeling
Optical PET Base
05

Thermostable core prevents arching under heat.

Solves: Head Strikes
Bottom Anti-Static
06

Dissipates roller friction charges.

Solves: Printer Jams
Non-Slip Backing
07

Matte texture for precise feed alignment.

Solves: Slippage
 
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