Heating Modules

The heating surface consists of a ceramic insulation material and a high-temperature metal foil. The insulation material supports the meal foil and obstructs the flow of heat to the back. A heating surface is divided up into modules . The module and heat-fi eld framework is made from aluminium or stainless steel.
The radiation side is covered with a stainless steel wire grid for protection .
The electrical connection comes through a fl exible metal tube or is w ired in a terminal box.
The heating foils are made from a very stable and resistant material which makes
them insensitive to vibrations and alternating thermal loads.
The self-cleaning effect when exposed to contamination from solid condensates etc. guarantees along service life.

High transparency
Large surface and uniform heat development
High level of thermal radiation
Very short heating time through high power output with low mass
High tensile strength through SPSG safety glass
Long service life, no measurable wear

Application examples
Panel radiators in many shapes, colours and sizes
Wall and ceiling heating systems, also flush mounted
Drier ovens
Hotplates, heating plates
Window or door panel heating
Mist-free windows in cold-storage depots, refrigerated displays,
construction machinery
Sight glasses on machines and installations
Additional heating for window ledges, tiled ovens and tiled walls
Heating elements for industry
Heating elements for aquariums and terrariums
Heating elements for indoor swimming pools and hospitals

Applications

Heating of parts and moulds, wood and paper industry, automobile industry, mould-making, plastics industry, bookbinding.
The HAP aluminium heating plates cover a temperature range up to 250°C and can handle extreme pressure loads and are impact and
vibration resistant.
Their shapes can be individually fabricated whether round, oval or L-shaped. Special designs with cut-outs, bore
holes and bolt threads can be manufactured.
Even combinations with liquid and air channels for cooling can be implemented.