Installation and operating conditions
Provide the board location, normal and peak temperature, atmosphere, cycle and required heated area.
01Integrated resistance-wire heating
Ceramic fiber heating panels
Custom ceramic fiber heating panels with resistance-wire layouts, lead exits, openings and mounting details made to the furnace drawing.
Customboard dimensions
Integratedresistance-wire layout
MOQ 1sample to batch
02Overview
A ceramic fiber heating panel combines the insulation body and resistance-wire layout in one made-to-drawing component. Specify the board outline, thickness, heated area, mounting points, openings, groove pattern, wire retention, lead exits, terminals, voltage, power, circuits and thermocouple position. Supply can include the formed ceramic fiber body alone or the completed heating panel for final electrical and mechanical installation by the furnace manufacturer.
03Product views
Ceramic fiber heating panels, element grooves and connection details.
04Specifications
Heating panel dimensions, interfaces and electrical inputs.
Open technical resources ↗Available material grades
1260–1900, depending on construction
Board configuration
Flat, paired, shaped or drawing-based
Heating layout
Resistance-element grooves made to the electrical specification
Electrical supply
Voltage, power, circuits, leads and terminals by project
Interfaces
Mounting holes, openings, sensors and mating surfaces as required
Included components
Ceramic fiber body only or complete heating panel
Minimum order
1 unit or sample
Packing
Standard export wooden case
Heating panel sizes and operating temperature
Resistance-wire panel configurations can be specified for continuous operation up to 1350°C, subject to the selected wire alloy, electrical loading and atmosphere. The panel outline, thickness, groove pattern and lead exits are confirmed on the production drawing. Reference panel sizes below are length × width × thickness in mm; custom sizes are also available. Compare grooved, surface-mounted and embedded wire arrangements in the heating-element layout guide.
- 480 × 440 × 80
- 400 × 350 × 80
- 600 × 750 × 100
- 570 × 580 × 100
- 740 × 740 × 85
- 540 × 540 × 85
- 320 × 380 × 85
- 300 × 360 × 80
- 280 × 390 × 100
- 500 × 500 × 50
- 360 × 300 × 50
- 380 × 320 × 50
- 390 × 280 × 50
- 400 × 350 × 50
- 480 × 440 × 50
- 540 × 540 × 50
- 580 × 570 × 50
- 740 × 740 × 50
- 750 × 600 × 50
05Selection guide
Specify the heating panel and resistance-wire layout together.
The heating panel must fit the furnace opening and available installation space. Provide the heated area, maximum outer dimensions, openings, mounting points, resistance-wire grooves, leads and terminals.
Heating and lead arrangement
Provide voltage, power, circuit grouping, target heating pattern, thermocouple position and preferred lead direction. These inputs determine groove layout and connection interfaces.
Mounting and service access
Show the outer dimensions, mounting holes, retaining features, openings and clearance around the board. State whether it must be removable as a one-piece replacement.
Muffle and box furnace chambersCompare heating panels with complete muffle and box chamber assemblies.↗Embedded heating elementsPrepare the electrical details that change grooves, leads and terminal routing.↗Installation and integration guideCheck board mounting, leads, sensors and the equipment interface drawing.↗Download heating panel dataAvailable board sizes and electrical inputs required for quotation.↗
06Custom engineering
Specify the board, resistance-wire layout and installation details together.
A heating-board RFQ should state the heated area, maximum outer dimensions, mounting and sensor openings, voltage, power, circuits, resistance-wire type, lead direction and terminal clearance. These values are recorded on the production drawing with the groove and connection layout.
- 01Board length, width, thickness and local reinforcement
- 02Flat, corner, paired or special shape
- 03Element grooves and heating pattern
- 04Voltage, power, circuit and lead direction
- 05Thermocouple holes, mounting points and process openings
- 06Single replacement board or repeat assembly set
07Application fit
Ceramic fiber heating panel applications.
Muffle and box furnaces
Flat or shaped heating panels for compact working zones and replacement heating assemblies.
Application details ↗Furnace repair and replacement
Heating panels can be reproduced from an equipment drawing or measured sample together with the electrical data.
Application details ↗OEM thermal assemblies
Element grooves, leads and mounting points are positioned to fit the surrounding enclosure.
Application details ↗
ProjectProduct configuration
Ceramic fiber heating panel assembly
Flat and paired ceramic fiber heating panels use resistance-wire grooves and protected connection leads matched to the heated area.
Flat, paired and shaped heating panels are made to the furnace interface.
Element grooves, leads and terminal direction are built into the ceramic-fiber body.
Single replacement panels and repeat OEM quantities are both available.
08Product FAQ
Heating panel construction and ordering questions.
01Can a heating panel be made from an existing furnace part?+
Yes. Send the existing part or clear photographs with dimensions, voltage, power and lead positions. The finished dimensions and electrical layout are then recorded for production.
02Can heating elements be supplied with the board?+
Yes. Order the formed ceramic fiber body alone or a complete heating panel with the specified resistance wire, leads and terminals.
03Can heating panels include holes, grooves or special shapes?+
Yes. Mounting holes, sensor ports, process openings, grooves and special profiles are manufactured from the furnace drawing.
04Is one replacement heating panel possible?+
Yes. MOQ can be one unit or a sample, followed by repeat production after the dimensions and electrical specification are approved.
10Product quotation
Request pricing for ceramic fiber heating panels.
Send the product dimensions, operating temperature and quantity. For a heated assembly, add the available voltage and power; a drawing or sample photo can help define the rest.