Products [Printing Screen]

Option

SS-30 (improved adhesiveness and wettability)

Features

Improved adhesiveness

By the SS-30 processing, emulsion adhesiveness is remarkably improved. It especially shows its effectiveness in halftone dot and fine line printing.

■Comparison graph of adhesiveness with a photosensitive emulsion

Comparison graph of adhesive property to photosensitive emulsion layer On the right is a graph of a tape peeling test showing the number of dots peeled off. The smaller value shows superior adhesiveness.
[Test pattern] Dot size 0.2mm square, number of dots 200
[Emulsion] Diazo resin type
[Peeling tape] Scotch Mending Tape #810
[Number of peelings] 1
[Peeling angle] 90°vertical

Improved resolution

SS-30 processing improves resolution and makes it possible to shorten exposure time more than 30%. And, it expands the exposure time range.

Improved wettability

Because SS-30 processing improves wettability, ink pass-through is easier and printing reproducibility is improved.

Ecologically sound processing

Because no chemicals or resins are used in the SS-30 processing, there is no effect on the environment.

SUPER FINE (antistatic)

Characteristics

Strong antistatic property

The SUPER FINE processing raises productivity remarkably because it gives the screen a strong antistatic property that prevents dust adhesion, and ink scattering.

■Friction static voltage comparison graph
Comparison Graph of Electrostatic Charge Voltages by Friction The graph shows the voltage gained due to friction. The smaller value shows the superior antistatic effectiveness of the screen.
[Test method] JIS L 1094・1988 (5.28 method)
[Test device] The Kyoto University Institute for Chemical Research rotary static tester
[Fabric for the friction test] Cotton cloth
[Number of revolutions] 400 revolutions/minute
[Load] 4.903N
[Friction time] 60 seconds
[Temperature and humidity] 20°C R.H.40%

■Half-value period comparison graph
Comparison graph of half-life periods The graph shows the time elapsed for the static electrical charge to reach half the value. The smaller value shows superior electrical discharge effectiveness.
[Test method] JIS L 1094・1988 (5.1A method)
[Test device] Static Honestmeter
[Applied voltage] 10KV
[Number of revolutions] 1,720 revolutions/minute
[Applied time] 30 seconds
[Temperature and humidity] 20°C R.H.40%

Improved adhesiveness

The SUPER FINE processing remarkably improves emulsion adhesiveness. It is especially effective for halftone dot and fine line printing.

■Comparison graph of adhesiveness with a photosensitive emulsion
Comparison graph of adhesive property to photosensitive emulsion layer The graph of the number of dots peeled off in a tape peeling test. The smaller value shows superior adhesiveness.
[Test method] JIS L 1094・1988 (5.28 method)
[Test pattern] Dot size 0.2mm square, number of dots 200
[Emulsion] Diazo resin type
[Peeling tape] Scotch Mending Tape #810
[Number of peelings] 1
[Exfoliation angle] 90°(vertical)

Improved resolution

SUPER FINE processing improves resolution because it decreases halation and strengthens adhesiveness with the emulsion.
Also, SUPER FINE processing makes a greatly shortened exposure time possible (for dyed products). And, it expands the exposure time range.

Improved wettability

Because SUPER FINE processing improves wettability, it makes ink pass-through easier and improves printing reproducibility.
Also, if direct-indirect film is used, water pasting that can improve productivity is possible.

Ecologically sound processing

Because no chemicals or resins are used in the SUPER FINE antistatic processing, there is no effect on the environment.

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Nippon Tokushu Fabric Inc.

[Headquarters]   10-1 Katase, Katsuyama-city, Fukui Prefecture, 911-0811 Japan
Phone : 81-779-87-3330   Fax : 81-779-88-21088   Phone : 81-779-88-2109 (Direct-in)