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FMW6200W
Yinfrared
Gold6200W
YFR FMW IR emitters are fast medium wave infrared lamps designed for printing drying, coating curing, ink drying, varnish drying, adhesive drying, and press retrofit applications. They are commonly used in printing presses, packaging lines, coating machines, drying tunnels, laminating equipment, and other industrial drying systems.
Compared with conventional medium wave emitters, fast medium wave infrared lamps provide quicker response and better controllability, making them suitable for production lines where heating intensity needs to follow machine speed, substrate type, coating thickness, and temperature control requirements.
YFR can manufacture FMW infrared emitters according to your lamp length, voltage, power, tube shape, reflector coating, end cap structure, lead wire, terminal type, and installation design.
| Item | Available Specification |
|---|---|
| Product Type | FMW IR emitter / fast medium wave infrared lamp |
| Model Example | FMW6200W |
| Heating Type | Fast medium wave infrared radiant heating |
| Application | Printing drying, coating curing, ink drying, packaging drying |
| Tube Type | Quartz infrared lamp |
| Reflector Option | Gold reflector, white ceramic reflector, or no reflector |
| Lamp Shape | Round tube, twin tube, straight tube, or customized |
| Voltage | Customized according to equipment requirements |
| Power | Customized according to heating zone and drying load |
| Length | Customized according to press width or drying module |
| End Cap | Ceramic cap, metal cap, or customized end structure |
| Lead Wire | High-temperature lead wire with customized length |
| Control Compatibility | SCR power controller, PID controller, PLC signal, temperature sensor |
Printing and coating processes often require fast drying without overheating the substrate. Paper, film, foil, label stock, and packaging materials can react differently to heat, so the heating system must be adjustable and stable.
FMW infrared lamps are suitable for processes where a medium wave absorption profile is needed but faster response is also important. This makes them useful for drying water-based inks, solvent-based inks, varnishes, coatings, adhesives, and other surface layers used in printing and packaging production.
For printing applications, the correct lamp specification should be selected according to ink type, substrate, web speed, drying distance, air extraction, heating zone length, and temperature control method.
| Advantage | Practical Benefit for Printing |
|---|---|
| Fast medium wave response | Easier heat adjustment during press speed changes |
| Good surface drying performance | Suitable for inks, coatings, varnishes, and adhesives |
| Optional gold reflector | Helps direct radiant energy toward the printed substrate |
| Custom lamp length | Matches press width, dryer module, or retrofit space |
| Custom voltage and power | Suitable for different equipment and regional power systems |
| Twin tube and round tube options | Flexible installation in compact drying modules |
| Compatible with controls | Can work with SCR regulators, PID controllers, and PLC systems |
| OEM and replacement support | Suitable for press manufacturers and maintenance suppliers |
| Application | Typical Use |
|---|---|
| Offset printing | Drying ink and coatings on coated paper and board |
| Flexographic printing | Drying water-based inks on labels, films, and packaging substrates |
| Gravure printing | Drying solvent-based inks and coatings |
| Digital printing | Drying or preheating inkjet-printed substrates |
| Screen printing | Flash drying and intermediate drying |
| Packaging printing | Drying varnish, adhesive, lacquer, or coating layers |
| Laminating lines | Preheating or drying coated surfaces |
| Retrofitted press dryers | Replacement IR emitters for existing drying systems |
FMW infrared lamps can be supplied with reflector coatings when the heating direction must be concentrated toward the printed material.
| Coating Option | Typical Purpose |
|---|---|
| Clear quartz tube | All-around radiation where reflector housing is already used |
| Gold reflector coating | Directs more radiant energy toward the substrate side |
| White ceramic reflector coating | Reduces rear-side radiation and supports directional heating |
| Half-coated reflector | Common for one-sided web drying modules |
| Custom coating | Produced according to the dryer structure and heating direction |
For printing presses and drying tunnels, reflector coating can help reduce unnecessary rear-side heat and improve energy direction toward the web or sheet.
To achieve stable drying results, the infrared lamp should be selected together with the drying structure and control system. Important process factors include:
Ink or coating type.
Water-based, solvent-based, UV, varnish, adhesive, or lacquer formulation.
Substrate type, such as paper, board, film, foil, textile, or label stock.
Web or sheet speed.
Lamp-to-substrate distance.
Drying zone length.
Air extraction and ventilation.
Temperature feedback and power control method.
Available installation space in the press or dryer.
Required drying result, such as touch-dry, solvent evaporation, preheating, or coating curing.
For heat-sensitive materials, power control and temperature feedback are especially important to avoid curling, deformation, scorching, or unstable print quality.
YFR can customize fast medium wave IR emitters according to your printing equipment and drying process.
| Custom Item | Options |
|---|---|
| Lamp length | Customized according to press width or drying module |
| Heating length | Designed according to effective drying area |
| Voltage | 110V, 120V, 220V, 230V, 240V, 380V, 400V, or customized |
| Power | Customized according to drying load and zone design |
| Tube shape | Round tube, twin tube, straight tube, or special shape |
| Reflector coating | Gold, ceramic, half-coated, or customized |
| End cap | Ceramic cap, metal cap, or special end structure |
| Lead wire | High-temperature cable with customized length |
| Terminal | Bare wire, ring terminal, spade terminal, plug, or customized connector |
| Mounting method | According to lamp holder, clip, or dryer frame |
| Packaging | Standard export packaging or OEM replacement lamp packaging |
YFR FMW IR emitters can be supplied as individual replacement lamps or integrated into complete infrared drying modules.
A complete printing IR drying system may include:
FMW infrared lamps.
Reflector housing.
Lamp holders and ceramic clips.
SCR power regulator.
PID temperature controller.
Infrared thermometer or thermocouple feedback.
Air extraction or cooling structure.
PLC or HMI control interface.
Safety protection and over-temperature alarm.
For multi-zone drying systems, each lamp zone can be controlled independently. This allows operators to adjust the drying profile according to press speed, ink coverage, substrate width, and coating thickness.
YFR can supply replacement FMW infrared lamps for existing printing dryers and press retrofit projects. To check compatibility, please provide:
Original lamp photo.
Total lamp length.
Heating length.
Voltage and power.
Tube diameter.
Tube shape: round tube or twin tube.
Reflector coating type.
End cap style.
Lead wire length.
Terminal or connector type.
Printing press or dryer model, if available.
If the original lamp marking is unclear, photos of the lamp end, holder, wiring, and dryer module can help confirm the correct replacement design.
YFR manufactures infrared lamps for printing, coating, drying, and industrial heating applications. For FMW IR emitters, production focuses on quartz tube quality, filament design, reflector coating, tube sealing, lead wire assembly, and electrical performance.
Main inspection points include:
Quartz tube visual inspection.
Heating element positioning.
Tube sealing process control.
Reflector coating appearance and coverage.
End cap and lead wire assembly inspection.
Electrical performance testing.
Insulation and safety inspection according to order requirements.
Packaging protection for international shipment.
An FMW IR emitter is a fast medium wave infrared lamp. It provides medium wave infrared heating with faster response than conventional medium wave emitters, making it suitable for controlled drying and coating processes.
Yes. FMW IR emitters can be used for printing drying, ink drying, coating curing, varnish drying, adhesive drying, and press retrofit applications.
Short wave lamps usually provide very fast response and stronger penetration. FMW lamps provide a medium wave heating profile with faster response than standard medium wave emitters. The correct choice depends on ink type, coating thickness, substrate, speed, and drying target.
Yes. YFR can supply FMW infrared lamps with gold reflector coating, ceramic reflector coating, half coating, or customized reflector design.
Yes. YFR can customize lamp length, voltage, power, tube shape, coating, end cap, lead wire, terminal, and mounting structure according to your press or drying module.
Please provide the lamp photo, total length, heating length, voltage, power, tube shape, coating type, end cap, lead wire length, terminal type, and printing application.
