Polymer Property : Thickness = 18.0 microns Product List

Physical Properties

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Physical Properties	Metric	English	Comments
Thickness	14.0 - 18.0 microns	0.551 - 0.709 mil
Lord Adhesives 8601 Polymer Resistor Composition LORD 8600 series polymer resistor compositions are designed for screen print application onto a wide range of substrates.All information provided by Lord.
Thickness	14.0 - 18.0 microns	0.551 - 0.709 mil
Lord Adhesives 8611 Polymer Resistor Composition LORD 8600 series polymer resistor compositions are designed for screen print application onto a wide range of substrates.All information provided by Lord.
Thickness	14.0 - 18.0 microns	0.551 - 0.709 mil
Lord Adhesives 8621 Polymer Resistor Composition LORD 8600 series polymer resistor compositions are designed for screen print application onto a wide range of substrates.All information provided by Lord.
Thickness	14.0 - 18.0 microns	0.551 - 0.709 mil
Lord Adhesives 8631 Polymer Resistor Composition LORD 8600 series polymer resistor compositions are designed for screen print application onto a wide range of substrates.All information provided by Lord.
Thickness	14.0 - 18.0 microns	0.551 - 0.709 mil
Lord Adhesives 8641 Polymer Resistor Composition LORD 8600 series polymer resistor compositions are designed for screen print application onto a wide range of substrates.All information provided by Lord.
Thickness	14.0 - 18.0 microns	0.551 - 0.709 mil
Lord Adhesives 8651 Polymer Resistor Composition LORD 8600 series polymer resistor compositions are designed for screen print application onto a wide range of substrates.All information provided by Lord.
Thickness	14.0 - 18.0 microns	0.551 - 0.709 mil
Lord Adhesives 8661 Polymer Resistor Composition LORD 8600 series polymer resistor compositions are designed for screen print application onto a wide range of substrates.All information provided by Lord.
Thickness	16.0 - 18.0 microns	0.630 - 0.709 mil	Cured film
Gwent Electronic Materials C2050712D58 Silver Ink for ITO Substrates This product is based on a unique curing process that results in the low temperature formation of a thermosetting polymer. Inks containing these polymers combine excellent chemical, environmental a..