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Flat mica heaters
Mikanite flat heaters are a proven solution for heating flat surfaces in industrial equipment.
Their design is based on a wire or resistance tape wound on a micanite insulator and enclosed in a stainless steel housing.
They ensure uniform heat distribution over a large area and stable operation at medium operating temperatures.They are used in heating presses, work tables and process plates, among others.
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Basic technical parameters
Power max
according to customer guidelines*
Voltage
according to customer guidelines*
Working Temp.
350°C*
Dimensions
according to customer guidelines*
Lenght
Width
Heater cross section:
Rectangular
Round
Thickness
ca. 5 mm*
*Requires consultation with our technical department.
Industries
Plastics industry
Food industry
Pharmacology/Pharmaceutical industry
Automotive industry
Furniture industry
Electronics industry
Chemical industry
Cosmetic industry
Construction
Footwear industry
Laboratories & Research/Laboratory Industry
Catering and catering equipment
Specification
Application
- Plastics industry – heating injection molds, heating nozzles and extruder heads, maintaining the temperature of heating plates in thermoforming machines.
- Food industry – heating plates in food packaging machines, maintaining temperature in liquid and cream heaters, heating elements in food drying lines.
- Pharmacology/Pharmaceutical industry – heating process tanks, maintaining temperature in dosing lines, heating elements in drying and sterilization equipment.
- Automotive industry – heating molds for plastic and rubber components, heating elements in gluing and laminating processes, maintaining temperature in engine testing systems.
- Furniture industry – heating veneer and laminate presses, maintaining the temperature of hot-melt adhesives, drying wooden components.
- Electronics industry – heating plates in PCB assembly equipment, heating laminates, stabilizing temperature in testing chambers.
- Packaging industry – heating sealing bars and jaws in packaging machines, maintaining temperature of shrink films, heating laminating rollers.
- Footwear industry – heating molds in gluing and vulcanization processes, maintaining temperature in shoe dryers, heating elements in sole production lines.
- Textile industry – heating presses for heat-transfer prints, maintaining temperature in tunnel dryers, heating elements in fabric laminating machines.
- Wood industry – heating presses for plywood and furniture boards, drying wooden components, maintaining the temperature of woodworking adhesives.
- Aerospace industry – heating composite molds, maintaining temperature in bonding and resin curing processes, heating elements in test stations.
- Energy and power plants/Power industry – heating turbine components, maintaining the temperature of lubricating oils, heating control cabinets in low-temperature conditions.
- Home Appliance Industry – heating elements in ovens and toasters, heating plates in coffee machines, heaters in tumble dryers.
- Cosmetic industry – heating tanks with cosmetic masses, maintaining temperature in cream and lotion dosing lines, drying packaging after washing.
- Industrial automation – maintaining temperature of control cabinets, heating components in dosing systems, stabilizing processes in laboratory devices.
- Construction – heating molds for concrete prefabricates, maintaining the temperature of building materials in low temperatures, heating bituminous masses.
- Laboratories & Research/Laboratory Industry – heating elements in laboratory dryers, heating plates in testing devices, maintaining the temperature of samples.
- Catering and catering equipment – heating grill plates, heating elements in bain-maries, maintaining temperature in plate and dish warmers.
- Chemical industry – heating reactors and process tanks, maintaining the temperature of media in pipelines, drying solid chemicals.
- Metallurgical and metalworking – heating casting molds, heating soldering tables, drying and preheating metal components before processing.
- Paper and printing industry – maintaining temperature of printing rollers, heating plates in coating machines, drying printed surfaces.
- Recycling industry – heating in plastic and rubber recycling processes, drying waste before processing, heating components in separation lines.
- Medical industry (devices and equipment) – heating elements in sterilizers, heating molds for medical equipment production, maintaining temperature in diagnostic devices.
- Rubber Products Industry/Rubber Industry – heating vulcanization molds, maintaining temperature in rubber bonding processes, drying rubber components.
- Glass industry – heating molds and work tables, maintaining temperature in toughening furnaces, drying glass components.
- Railway and tramway industry/Railway industry – heating mechanisms in winter conditions, maintaining the temperature of lubrication systems, heating elements in testing systems
Heater Construction
In heaters it is possible to use a temperature sensor:
- Thermocouple type J (up to 650°C) *
- Thermocouple type K (up to 1000°C) *
La temperatura especificada a la temperatura maximum de la sensor y no el calador
Types of heaters
Current Outputs
- Wires
- Bead wires (max. L wire 300mm)
- Bead wires+handle
- Fireplace: a) 90* b) 45*
- Flat-tangent
- Cubeu
- Cube in a can
- Cube in a vertical can
- Iron plug WG2, KCOO plug 2 A or B
- Screw M5 A and B
Heating Zones
Visualization of the construction of the heater
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