The silicon carbide infrared panel in this product family is a radiating panel assembly with a resistance-heating element, a silicon carbide emitting face, insulation, a supporting frame and electrical connections.
The silicon carbide infrared panel in this product family is a radiating panel assembly with a resistance-heating element, a silicon carbide emitting face, insulation, a supporting frame and electrical connections. Its purpose is to transfer heat toward a target through thermal radiation. It is a different construction from a furnace heating rod made from electrically resistive silicon carbide. For a panel application, the workpiece's surface properties, geometry and movement determine how emitted energy is absorbed. Panel temperature alone therefore cannot establish the workpiece temperature or the resulting process quality.
Select the panel arrangement around the material, exposure time and required temperature profile. Useful heating depends on the complete relationship between the emitter and the workpiece, including distance, coverage and absorption.
For evaluating a defined target area or heating station. Specify the workpiece dimensions and required temperature pattern, with enough mounting information to assess exposure across the complete target surface.
Enquire about this configurationFor a larger radiant heating field assembled from multiple panels. Discuss panel spacing, edge coverage and the division of electrical zones before assigning a total installed power.
Enquire about this configurationFor staged exposure along a process path. Describe product movement and dwell time so the panel positions and control zones can be reviewed against the required heating sequence.
Enquire about this configurationDiscuss panel position and coverage using the real workpiece outline. Pay particular attention to edges, fixtures and recessed regions that can receive a different exposure from an open central surface.
Review support details, thermal expansion allowances and access to connections. The machine layout should allow inspection of the panel face and removal of the assembly.
Divide the heating field according to process needs rather than merely equal electrical loads. Identify where separate regulation or measurements are useful across the width or along the travel direction.
Define a representative material sample and measurable acceptance criteria before a trial. Record its surface condition, spacing and exposure time so the result can inform the production arrangement.
Share these details with your inquiry. Product ratings and operating limits are confirmed for the selected configuration.
| What to specify | Unit / format | Selection guidance |
|---|---|---|
| Target material and surface | material / finish | Identify composition, thickness, color, coating and any changes in surface condition during heating. |
| Required process temperature | °C | State the target temperature profile and allowable variation at the workpiece, separate from emitter temperature. |
| Exposure and movement | s / min / m/min | Provide dwell time, conveyor speed or batch sequence and the maximum stationary exposure condition. |
| Radiating area | mm | Show the active target area, panel envelope and any shadows caused by fixtures or component geometry. |
| Panel-to-target arrangement | mm / orientation | Provide available spacing, angle, mounting positions and the surrounding enclosure layout. |
| Electrical input | V / W / phase | Define supply and the power allowance per zone, with the intended method of regulating heat. |
| Temperature measurement | sensor / location | Specify where the process temperature is measured and how the emitter and target will be monitored. |
| Process atmosphere | process description | Identify airflow, vapors, dust, splashes and contamination that could affect the emitting face or enclosure. |
Identify composition, thickness, color, coating and any changes in surface condition during heating.
State the target temperature profile and allowable variation at the workpiece, separate from emitter temperature.
Provide dwell time, conveyor speed or batch sequence and the maximum stationary exposure condition.
Show the active target area, panel envelope and any shadows caused by fixtures or component geometry.
Provide available spacing, angle, mounting positions and the surrounding enclosure layout.
Define supply and the power allowance per zone, with the intended method of regulating heat.
Specify where the process temperature is measured and how the emitter and target will be monitored.
Identify airflow, vapors, dust, splashes and contamination that could affect the emitting face or enclosure.
For suitable materials requiring radiant heat as part of a drying process. Specify the material, moisture or solvent route and ventilation design; the panel alone does not define drying capacity.
For bringing an exposed surface toward a process condition. Evaluate the actual material and its thickness, because the surface response and through-thickness temperature can differ during a short exposure.
For machinery with a defined heating field around a workpiece. Supply enclosure and fixture drawings so exposure, access, monitoring and surrounding equipment temperatures can be considered together.
State the temperature profile or process result required on the material, including uniformity and timing. Identify the measurement method so a trial result can be judged against the actual production objective.
Review absorption, exposure and geometry using the real material or a suitable sample. Keep panel position and process conditions recorded; a result from one spacing cannot simply be transferred to another machine.
Define temperature feedback, zone regulation and the response to a stopped process. Check the protection of adjacent components and the process-specific requirements for ventilation and access.
Send your application details, drawing and planned quantity. We can review the configuration and the information needed for a quotation.
These references explain heating principles. Confirm the ratings, approvals and operating limits of the proposed VELHEAT configuration in its own documentation.
General infrared selection principles: material absorption, target spacing and the use of representative trials. No Ceramicx material or rating attributed to this SiC panel.
