These heaters consist of an etched
foil element in between layers of flexible mica and operate at high
temperatures with quick response times in industries ranging from military to
semiconductor to food service. Mica heaters are
custom designed to accommodate curved surfaces in many shapes and sizes. This
hard working heater meets the requirements of many demanding heating
applications.
OVERVIEW
- Expansive temperature range from -150°C to a maximum of
600°C
- Exceptional heat transfer, quick warming and fast
thermal recovery time for optimal production output
- High watt density capability >100/in² (15.5W/cm²)
provides faster processing times than conventional mica band heaters
- Accommodates curved heating surfaces
- Designed to be clamped to provide excellent heater
response time
- Heat distribution
TYPICAL INDUSTRY
SUPPORTED
·
Semiconductor
processing
·
Packaging,
strapping, and sealing equipment
·
Commercial food
service appliances, convection, hot plates and surfaces
·
Injection molding
equipment
·
Air heaters
·
Enclosure systems
CUSTOMIZATION OPTIONS
·
Custom shapes and
dimensions to 20” x 46” (508 x 1168.4 mm)
·
Forming methods
allow three-dimensional packaging capabilities
MICA
HEATER
Fullchance Mica heater have superior
heating performance while being flexible in one dimension. They consist of an
etched foil element sandwiched in between two layers of mica plate and can
operate at temperatures up to 500°C.
The insulating material is phlogopite
mica infused with a high temperature resistant polymer. The infused polymer
helps mica heaters to be formable during the manufacturing process. The final
heat curing enhances the rigidity and sets the form.
The excellent dielectric strength and high
temperature capability make mica heater a perfect choice for both convection
and radiant heating. It can replace the traditional mica band heater in
applications where installation space is limited.
Feature
Summary
·
Wide temperature
range from -150°C to 500°C
·
Exceptional heat
transfer, quick warming
·
High watt density
capability >15 W/cm²
·
Excellent
dielectric strength, low leakage
·
Accommodates
curved heating surfaces
·
2D customizable
shape, including cutout
·
Can be clamped
directly onto the heating surface
·
Even heat
distribution
·
Value added
options available
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