Application Cases of Screen Printing Machines in the New Materials Field
Application Cases of Screen Printing Machines in the New Materials Field
1. New Energy Materials Field
Solar Cells: Used for printing electrode pastes and functional layer materials in the production of perovskite solar cells and thin-film solar cells, enabling large-area and low-cost preparation.
Energy Storage Devices: Prints electrode patterns for lithium-ion batteries and supercapacitors, precisely controlling coating thickness to improve the energy density and cycle life of energy storage devices.
2. Electronic Information New Materials Field
Flexible Electronics: Adapts to the conductive ink printing of flexible printed circuits (FPC) and flexible displays, achieving stable circuit patterns on curved substrates to meet the needs of wearable devices, etc.
Sensor Materials: Prints special functional inks such as piezoelectric and thermo sensitive inks to manufacture flexible sensors, which are widely used in smart wear, industrial testing and other scenarios.
3. Special Functional Materials Field
Functional Coatings: In the aerospace and automotive fields, prints high-temperature and corrosion-resistant special coatings, or prints heat-insulating and conductive functional films on architectural glass.
Biomedical Materials: Prints bio-compatible inks to produce medical dressings, biosensors, etc., meeting the high requirements for material precision and safety in the medical field.
| Application Field | Specific Application Scenarios | Types of New Materials Involved | Core Requirements for Screen Printing Machines |
| New energy materials | Perovskite photovoltaic cell electrode / functional layer preparation | Perovskite materials, conductive paste | High-precision alignment (±0.05 mm), large-area uniform printing |
| New energy materials | Lithium-ion battery electrode pattern printing | Electrode active materials, binders | Coating thickness controllable (5–20 μm), anti-slurry clogging |
| Electronic information new materials | Flexible printed circuit (FPC) conductive circuit printing | Flexible substrates, nano-silver paste | Compatible with flexible substrates, low-temperature curing (<120 ℃) |
| Electronic information new materials | Wearable device flexible sensor pattern fabrication | Piezoelectric ink, thermosensitive ink | Fine pattern printing (line width ≥50 μm), high adhesion |
| Special functional materials | Automotive glass thermal-insulation conductive film printing | Thermal-insulation ceramic ink, conductive ink | High-temperature resistance (above 200 ℃), scratch-resistant coating printing |
| Special functional materials | Medical dressing biocompatible coating printing | Biomedical ink, hydrogel | Sterile operating environment, food-grade printing materials |
