 |
| Quantity: | |
|---|---|
YFR customized infrared halogen lamps can be supplied with different quartz and optical configurations to suit the machine and heating objective. Clear quartz, ruby-coated surfaces and reflector-equipped designs influence how visible light and infrared energy leave the lamp, so the correct option should be chosen according to the material, operator environment and reflector arrangement in the equipment.
This page is intended for custom and replacement projects. Voltage, power, overall length, heated length, tube diameter, end connection, cable and optical finish are confirmed for each order rather than assumed from appearance alone.
| Configuration | Selection consideration | Information to provide |
|---|---|---|
| Clear quartz | Allows the lamp output to radiate around the tube and can be combined with a separate machine reflector. | Existing reflector shape, lamp position and required heated area. |
| Ruby-coated quartz | Helps reduce visible glare and changes the emitted optical profile. | Required coating area, uncoated ends and original lamp photos. |
| Integrated reflector | Directs a greater share of useful radiation toward one side of the process. | Reflector material, coated angle, heating direction and mounting orientation. |
The optical finish is only one part of the design. The emitter must also match the electrical supply, heating time, material response and cooling conditions. A ruby or reflective coating should not be selected solely because an existing lamp has a similar colour.
Voltage, power and intended control method.
Total length, heated length and quartz tube diameter.
Clear, ruby-coated or reflector-equipped construction.
Coating length, reflector angle and required heating direction.
Ceramic ends, metal caps, clips, cables and connectors.
Horizontal or vertical mounting and available cooling.
Customized halogen lamps can be evaluated for coating and ink drying, adhesive activation, plastics processing, PET preform heating, printing equipment, localized component heating and OEM heating modules. Ruby-coated versions are often considered where visible glare must be reduced, while reflector versions are useful when the machine needs more directional heating. Actual suitability depends on the material and process test conditions.
For a replacement project, provide the original lamp code and photos of the complete lamp, both ends, coating boundary, cable and connector. Measure total length, heated length and tube diameter, and confirm voltage and power from the label or machine documentation. If the reflector coating covers only part of the circumference, mark the heating direction on the drawing.
For a new design, send the material, heated area, working distance, line speed or cycle time, installation space and preferred control method. YFR will review the information before confirming the lamp construction.
Browse YFR infrared heating lamps and replacement IR lamps for additional configurations.
Contact YFR to discuss a clear, ruby or reflector halogen lamp. Final optical, mechanical and electrical details will be confirmed before production.
