This document discusses new printed electronic heating technologies that allow for copper resistances to be printed on low-cost plastic substrates. Key points: - The new printing techniques enable copper resistances to be printed on PET and PEI substrates. - This opens up opportunities for manufacturers to lower costs and improve functionality compared to competitors. - The printed heaters are ultra-thin, flexible, lightweight, efficient, and designed for long service life. They provide fast, accurate warming and can be customized in different sizes and configurations.

1. Material
Printed copper resistances on
PET PEI
Maximum Heater Width 30 cm 30 cm
Maximum Heater Length unlimited unlimited
Heater Thickness 75-125 um 75-125 um
Max. Operating Temperature 100 ºC 125 ºC
Power density 2.500 W/m2 2.700 W/m2
Rated Voltage DC 12V, 24V AC 110V, 220V DC 12V, 24V AC 110V, 220V
A new technology is changing the ways heating resistances
are being manufactured.
The new electronic printing techniques allow us to print
copper resistances on low cost plastic substrates.
All this opens up new possibilities for manufacturers that use
these resistances and want to lower the cost and better the
functionality of their products, a clear advantage over
competitors.
Tel.:+34 868 10 96 96 | WWW.VIVAINNOVA.ES
Printed flexible heaters,
lightweight, efficient, accurate and
designed for a long service life.
“
”JULIAN SERRANO; CEO VIVAINNOVA
FLE XIB LE ULTRA-THIN PREC IS IO N CAPACITY LOW COST
Printed
Flexible
Heaters
Ultra-Flexible Printed Circuits
* Other temperatures / sizes / substrates ... Consult customized solutions.

2. UFPC NEXT GEN. HEATERS
AVDA. JUAN CARLOS I, No. 12, 4th FLOOR | 30800 LORCA (MURCIA) SPAIN | Tel.: +34 868 10 96 96
WWW.VIVAINNOVA.ES
The printed electronic heaters provide a
faster and more efficient warm up with
great accuracy. They are extremely thin,
with a thickness between 50 and 100
microns, and consist of printing high
conductive copper traces on a low cost
plastic substrate. These traces are then
isolated under different layers of flexible
insulation.
The printed flexible heaters can be
configured in different sizes depending
on the application, being able to adapt
to flat or curved surfaces.
It's possible to integrate temperature
sensors, controllers and SMD
components, enabling a complete
bespoke heating solution.
MAIN APPLICATIONS
Process heating, fluids, tanks,..
Flat resistances and clamps.
Electric resistances for liquids.
Electric resistances for sterilization.
Resistances for evaporation.
Flexible resistances for steel drums.
Electric resistances for oils.
Resistances for electric boilers.
Resistances for waxes, paraffin and similar.
Car window heaters, de-icing systems, mirrors.
LOW/MEDIUM LABORATORY EQUIPMENT HEATING, WATER - BATHS, FERMENTORS, BIOREACTORS.
HEATING RESISTANCES FOR HOME APPLIANCES, THERMAL AND MECHANICAL EQUIPMENT.
Resistances for comfort heaters, towel heaters.
Electric resistances for water heating.
Resistances for coffee machines.
Resistances for milk, chocolate heating...
Resistances for frost prevention in walk-in freezers.
Resistances for washing machines.
Resistances for launderettes and drycleaners.
Resistances for dishwashers.
HEATING FOR FEEDERS AND DISPENSERS, HOTPLATES, CABINETS OR CARTS.
HEATING FOR CLOTHES, SHOES, SEATS, …
Printed
Flexible
Heaters