Materials for Touch Panel Circuitry

Conductive and insulating pastes for typical resistive layer type touch panels, and conductive pastes for use as ITO replacement or fine line circuitry for capacitive touch screens such as those commonly found in smart phones. These materials can be used with a variety of printing techniques to form circuitry on narrow frame designs requiring fine line printing.

Product Chart

Product Name Volume Resistivity (Ω・cm) Curing Conditions Storage Thinner Applicable Method Features
FA-410 10×10-5 140℃,20mins.*
80℃,30mins.
Refrigerated SC-0030 Thinner Screen printing Low temperature drying for use on ITO film. Used in resistive layer type touch screen.
XA-436 7×10-5 150℃,30mins. Refrigerated P Thinner Screen printing For ITO glass.
Used in applications where high reliability is essential.
XA-3609 3×10-5 130℃,30mins. Frozen SC-0024 Thinner Gravure offset printing Standard material.
XA-3512 5×10-5 140℃,20mins.*
80℃,30mins.
Refrigerated SC-0030 Thinner Screen printing Good printability.

*Curing at a higher temperature is recommended for applications where the cured film requires resistance against damage (such as resistance against salt water spray, abrasion, etc.).

The above products all meet European RoHS standards. The above values are representative values, and do not represent full product specifications.


Insulating Materials for Touch Panels

DOTITE SN-8400C is a long-standing leader in electrically insulating material for touch panels, and it is one of our transparent electrically insulating and protective materials developed for specific properties and functions.

Product Chart

Product Name Appearance Curing Conditions IInsulation Resistivity Storage Features
XB-3253 Transparent 150℃,30 mins 1012Ω or higher Room temp., away from light Excellent transparency.
SN-8400C White Integration 800 mj/cm2 or higher 1012Ω or higher Room temp. (30℃ or below) Used in a variety of applications.

The above products all meet European RoHS standards. The above values are representative values, and do not represent full product specifications.