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Screen Printing Mesh BusinessSmartmesh-P
Polyester Mesh
Our main product line offering a wide variety of thread diameters, mesh counts, and widths.
- Material
- Polyester
- Applications
- PCBs, glasses, graphics, dials, decals, nameplates, printed textiles, ceramic tiles, solar cells, etc.
- Thread Type /
Thread Diameter -
Monofilament
Standard polyester (64-500 ㎛ in thread diameter）
Thread Diameter(㎛) Dimensional Stability Adhesion Ink Permeability 64-500 〇 〇 〇 Monofilament
High strength polyester（34-54㎛ in thread diameter）
Thread Diameter(㎛) Dimensional Stability Adhesion Ink Permeability 34-54 〇 〇 〇 Monofilament
[Core] Ultra-high strength polyester
×
[Sheath] Highly elastic polyester
(27–30 ㎛ in diameter)
Thread Diameter(㎛) Dimensional Stability Adhesion Ink Permeability 27-30 ◎ ◎ ◎
- Characteristics
-
- Ultra-high strength and low elongation threads
- Achieves high levels of screen mesh strength, tension change over time, and printing dimensional stability!
- Surface treatments SS-30 (a screen with enhanced adhesion and wettability) and Super Fine (an antistatic screen) are offered as options
Comparison by mesh count
This table can be scrolled horizontally
| ① Standard polyester |
② High strength polyester |
③[Core] Ultra-high strength polyester [Sheath] Highly elastic polyesterDouble Layered Thread |
|||||
|---|---|---|---|---|---|---|---|
| Thread Diameter | 64㎛-500㎛ | 34㎛-54㎛ | 27㎛-30㎛ | ||||
| Comparison of Original Thread Strength*Comparison assuming the thread strength of ① is 100% |
100% |
130%≪High hardness and low elongation≫ | 140%≪Ultra-high hardness and low elongation≫ | ||||
| Density | Minimum | 4mesh／cm | 10mesh／inch | 24mesh／cm | 60mesh／inch | 122mesh／cm | 310mesh／inch |
| Maximum | 63mesh／cm | 160mesh／inch | 150mesh／cm | 380mesh／inch | 180mesh／cm | 460mesh／inch | |
| Adhesion and Wettability Enhancement(Maximum width: 165 cm / 65 inch) |
Option |
Option |
◎Standard | ||||
| Anti-Static(Maximum width: 160 cm / 63 inch) | Option |
Option |
Option |
||||
Strength + Elongation of Screens (SS Curve)
- Our conventional product
90/225-48
120/300-34
130/330-30
・JIS L 1096-1990 (Strip method)
Tension Change Over
Time After Stretching
- Our conventional product
130/330-30
Printing Dimension Accuracy
- Base line
- Our conventional product
130/330-30
Test Method
| Number of printing shots | 2,000 Print | ||
|---|---|---|---|
| Frame size | 950mm×950mm | ||
| Screen mesh stretching angle | 22.5° | ||
| Test pattern size | 300mm×300mm | ||
| Emulsion thickness | 8㎛ | ||
| Squeegee width | 450mm | ||
| Squeegee hardness | 60° | ||
| Squeegee angle | 75° | ||
| Printing speed | 500mm/sec | ||
| Tension of screen | |
0.95mm | 30N/cm |
| Our conventional product |
1.20mm | 23N/cm | |
| Clearance | |
1.0mm | |
| Our conventional product |
3.0mm | ||
| Push-in depth | |
0.5mm | |
| Our conventional product |
1.0mm | ||
Maximum Recommended Tension
The values shown in the above figure are the recommended maximum tension values when a screen mesh is stretched with a mechanical screen mesh stretching device (Size: 1,000 mm x 1,200 mm). Tension values are affected by various factors, such as the type and drive system of the screen mesh stretching device, as well as the mechanical,pneumatic, hydraulic, and screen mesh stretching conditions.
The tension values in the above figure are for reference only and do not guarantee the tensions.