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Infrared curing lamps deliver focused heat directly into coatings and materials, speeding drying and curing while cutting energy use. YINFRARED’s lamps offer rapid, reliable performance across industries, giving you higher throughput, lower costs, and superior finish quality. meanwhile, it's excellent to do powder coating with infrared lamp.
An infrared curing lamp emits infrared radiation (IR), and coatings, adhesives, and substrates absorb it. The energy penetrates the surface, warms the material from within, and accelerates solvent evaporation or resin cross‑linking. Unlike hot-air ovens, IR lamps heat just the target area. This leads to faster, cleaner, and more energy-efficient curing.
Instant On/Off: Achieve full output in under 2 seconds—no lengthy warm‑up or cooldown cycles.
Energy Savings: Focused heating cuts power consumption by up to 50% compared to convection ovens.
Compact Design: Slim, modular lamps integrate easily into conveyors, spray booths, and tunnels.
Precise Control: Choose from short‑wave, medium‑wave, and fast medium‑wave lamps to match material absorption profiles.
Improved Quality: Uniform heating reduces defects such as blistering, pinholes, or uneven cure.
| Lamp Type | Wavelength (µm) | Ideal Applications |
|---|---|---|
| Short‑Wave (SWIR) | 0.78–1.4 | Powder coatings, thermoset paints, plastics |
| Medium‑Wave (MWIR) | 1.4–3.0 | Wood varnish, adhesives, textile bonding |
| Fast Medium‑Wave (FMWIR) | 1.4–2.5 | Electronics solder mask, UV‑sensitive inks |
Each wavelength range offers different penetration depths. SWIR delivers deeper heating, while MWIR and FMWIR provide gentler surface cure for delicate substrates.
Automotive
Paint and powder coat curing in spray booths
Plastic component drying (bumpers, trim, headlamp assemblies)
Composite panel pre‑cure for lightweight body parts
Wood & Furniture
Varnish, lacquer, and UV coatings on cabinetry and flooring
Adhesive and lamination line bonding for panels
Stain fixation for enhanced color stability
Metal Fabrication
Powder coating and wet paint drying on steel and aluminum
Localized annealing and stress relief for tool steels
Architectural profile curing
Electronics & PCB Assembly
Solder mask and conformal‑coating cure for circuit boards
Encapsulation of semiconductor die‑attach materials
Rapid heat‑sensitive resin cure
Textiles & Printing
Bonding non‑woven fabrics and technical textiles
Digital ink and coating drying in high‑speed presses
UV‑LED hybrid processes for packaging and label printing
Mounting Distance: Maintain 100–300 mm standoff for uniform exposure.
Reflectors & Shields: Use aluminum reflectors to focus IR output and protect surrounding areas.
Electrical Matching: Select proper voltage—120/240 V (60 Hz) for USA, 230 V (50 Hz) for Europe.
Control Systems: Integrate PID controllers, IR sensors, and PLCs for precise temperature profiling.
Safety Interlocks: Include emergency stops, door switches, and thermal cut‑outs to ensure operator safety.
Lamp Inspection: Check quartz envelopes every 500 hours for discoloration or cracks.
Reflector Cleaning: Wipe down reflectors monthly to maintain maximum reflectivity.
Electrical Checks: Tighten connections and inspect cables annually to prevent arcing.
Spare Parts: Keep a stock of replacement lamps and sleeves to minimize downtime.
High‑Quality Quartz Elements: Stable output, up to 5,000 hours of service life.
Custom Designs: Tailored lengths, watt densities, and mounting brackets to fit your line.
Global Compliance: UL/ETL listings for USA; CE, RoHS, and REACH for Europe.
Local Support: Regional warehouses and field‑service teams in North America and Europe.
Fast Turnaround: Standard stock ships within 5 business days; OEM/ODM available.
Ready to upgrade your production with YINFRARED’s high‑performance infrared curing lamps? Contact us today for a free consultation. Get sample lamps and custom quotes. Enjoy faster curing, lower energy bills, and better quality!
Infrared curing lamps deliver focused heat directly into coatings and materials, speeding drying and curing while cutting energy use. YINFRARED’s lamps offer rapid, reliable performance across industries, giving you higher throughput, lower costs, and superior finish quality. meanwhile, it's excellent to do powder coating with infrared lamp.
An infrared curing lamp emits infrared radiation (IR), and coatings, adhesives, and substrates absorb it. The energy penetrates the surface, warms the material from within, and accelerates solvent evaporation or resin cross‑linking. Unlike hot-air ovens, IR lamps heat just the target area. This leads to faster, cleaner, and more energy-efficient curing.
Instant On/Off: Achieve full output in under 2 seconds—no lengthy warm‑up or cooldown cycles.
Energy Savings: Focused heating cuts power consumption by up to 50% compared to convection ovens.
Compact Design: Slim, modular lamps integrate easily into conveyors, spray booths, and tunnels.
Precise Control: Choose from short‑wave, medium‑wave, and fast medium‑wave lamps to match material absorption profiles.
Improved Quality: Uniform heating reduces defects such as blistering, pinholes, or uneven cure.
| Lamp Type | Wavelength (µm) | Ideal Applications |
|---|---|---|
| Short‑Wave (SWIR) | 0.78–1.4 | Powder coatings, thermoset paints, plastics |
| Medium‑Wave (MWIR) | 1.4–3.0 | Wood varnish, adhesives, textile bonding |
| Fast Medium‑Wave (FMWIR) | 1.4–2.5 | Electronics solder mask, UV‑sensitive inks |
Each wavelength range offers different penetration depths. SWIR delivers deeper heating, while MWIR and FMWIR provide gentler surface cure for delicate substrates.
Automotive
Paint and powder coat curing in spray booths
Plastic component drying (bumpers, trim, headlamp assemblies)
Composite panel pre‑cure for lightweight body parts
Wood & Furniture
Varnish, lacquer, and UV coatings on cabinetry and flooring
Adhesive and lamination line bonding for panels
Stain fixation for enhanced color stability
Metal Fabrication
Powder coating and wet paint drying on steel and aluminum
Localized annealing and stress relief for tool steels
Architectural profile curing
Electronics & PCB Assembly
Solder mask and conformal‑coating cure for circuit boards
Encapsulation of semiconductor die‑attach materials
Rapid heat‑sensitive resin cure
Textiles & Printing
Bonding non‑woven fabrics and technical textiles
Digital ink and coating drying in high‑speed presses
UV‑LED hybrid processes for packaging and label printing
Mounting Distance: Maintain 100–300 mm standoff for uniform exposure.
Reflectors & Shields: Use aluminum reflectors to focus IR output and protect surrounding areas.
Electrical Matching: Select proper voltage—120/240 V (60 Hz) for USA, 230 V (50 Hz) for Europe.
Control Systems: Integrate PID controllers, IR sensors, and PLCs for precise temperature profiling.
Safety Interlocks: Include emergency stops, door switches, and thermal cut‑outs to ensure operator safety.
Lamp Inspection: Check quartz envelopes every 500 hours for discoloration or cracks.
Reflector Cleaning: Wipe down reflectors monthly to maintain maximum reflectivity.
Electrical Checks: Tighten connections and inspect cables annually to prevent arcing.
Spare Parts: Keep a stock of replacement lamps and sleeves to minimize downtime.
High‑Quality Quartz Elements: Stable output, up to 5,000 hours of service life.
Custom Designs: Tailored lengths, watt densities, and mounting brackets to fit your line.
Global Compliance: UL/ETL listings for USA; CE, RoHS, and REACH for Europe.
Local Support: Regional warehouses and field‑service teams in North America and Europe.
Fast Turnaround: Standard stock ships within 5 business days; OEM/ODM available.
Ready to upgrade your production with YINFRARED’s high‑performance infrared curing lamps? Contact us today for a free consultation. Get sample lamps and custom quotes. Enjoy faster curing, lower energy bills, and better quality!
