ED2000 series of silver pastes are highly conductive (35 milliOhms per square), silver-filled, thermosetting conductor materials suitable for use on rigid substrate. They can be used for printing through-hole, complete circuits or providing “jumper” connections on conventional circuits where high conductivity is required. They have a hard wearing surface suitable for use as sliding contacts.
ED2075 is a single component, solvent-free, silver-filled, epoxy system designed for plugging blind or buried via holes with or without through-hole-plating.
Rheological characteristics are optimised to allow effective plugging of aspect ratios up to 6:1.
The 100% solids composition prevents shrinkage or voiding of the finished via plug.
ED3000 Flexible silver pastes are highly flexible, thermoplastic conductive materials developed specifically for use on untreated polyester, polyimide and polycarbonate films.
With their high conductivity (30 m? per square), ED3000 products are perfectly suited for flexible circuit, membrane switch and other printed electronics applications.
ED4000 Flexible carbon pastes are highly flexible, graphite filled thermoplastic conductive materials developed specifically for use on untreated polyester, polyimide and polycarbonate films. With their high conductivity (40? per square sheet resistance and 3? contact resistance), ED4000 products are perfectly suited for flexible circuit, membrane switch and other printed electronics applications.
The first of their kind on the market in 1984, ED5000 series of carbon inks have been used in high volume production of consumer electronics and telecommunications for over 30 years.
ED5020 is a low resistance (<20? per square sheet resistance and 3? contact resistance), screen-printable conductive paste designed for the protection of copper contacts or printing of conductive tracks. It is intended to eliminate the costs associated with selective nickel/gold electroplating whilst maintaining a corrosion free conductive surface. They are also used for printing crossover jumpers on PCBs as an alternative to through-hole plating.
ED5500 is a range of carbon and silver/carbon conductive pastes for use on PCBs and printed electronics. They are designed for high reliability applications were protection of metal contacts or printing of conductive tracks is required.
ED5500 is available in a range of resistance values from 0.25 to 20? per square sheet resistance and have a contact resistance as low as 50 milliOhms.
ED5500 is widely specified and approved by OEMs.
ED7100 carbon resistor pastes are manufactured to a wide range of resistance values. They are suitable for producing both fixed (discrete) and variable (potentiometers) resistors and are used in both commercial and automotive applications. They are suitable for use on FR4 material, particularly in applications where temperature stability must be achieved in conjunction with minimum cure temperature.
ED7500 carbon resistor pastes are manufactured to a wide range of resistance values from 0.25 to 1Meg? per square sheet resistance and are available in custom blends. They are suitable for high reliability fixed (discrete) and variable (potentiometers) resistors and are extensively used in high volume, safety critical automotive, military and aerospace applications.
ED7500 is widely specified and approved by OEMs.
ED8000 Dielectrics are a range of insulating and capacitor pastes.
The range has products which are suitable for use on rigid, polyester, polyimide, polycarbonate or ABS substrates and are available for thermal and UV cure versions.
The series includes ED8080 Capacitor Dielectrics formulated to give high dielectric constants (Dk >50) for use in capacitor applications in flex and multilayer circuits.
ED8080 Capacitor Dielectrics formulated to give high dielectric constants (Dk >50) for use in capacitor applications in flex and multilayer circuits.
ED9000 series of thermoplastic flexible resistor pastes are manufactured to a wide range of resistance values from 100 to 1Meg? per square sheet resistance and are available in custom blends. They are suitable for producing both fixed (discrete) and variable (potentiometers) resistors on polyester, polyimide, polycarbonate or ABS substrates and are particularly suitable in applications where stability must be achieved in conjunction with minimum cure temperature.
