Binks electric infrared curing systems – booster ovens, flash off ovens, glass ovens, coil coating ovens and the IR Smart lab oven – cure powder and liquid coatings on all conveyor types.
Binks electric infrared curing systems – booster ovens, flash off ovens, glass ovens, coil coating ovens and the IR Smart lab oven – cure powder and liquid coatings on all conveyor types.
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Infrared curing applies radiant energy to the part surface by direct transmission from an emitter. It heats what needs to be heated rather than the surrounding air, so it takes less time and energy to do the job. Compact, modular designs allow flexible configuration while delivering higher production rates, lower operating costs and a high-quality finish in minimal floor space.
Depending on the cure time required, Binks offers short wave emitters with T3 tungsten filaments, medium wave nickel-chromium coil and tubular elements, and long wave ceramic cone emitters, in a variety of wattages, heater sizes and voltages. See the comparison table below and the Electric Infrared literature (04-443-01).
Call Fluid Transfer Systems at (248) 348-6700 for pricing, availability and application support.
| Specification | Binks Electric Infrared Curing Systems |
|---|---|
| System Types | Booster ovens, full cure ovens, combination systems, flash off, glass drying/preheat, coil coating, lab test ovens |
| Conveyor Compatibility | All conveyor types |
| Coatings | Powder and liquid coatings, other finishes and adhesives |
| Emitter Options | Short wave T3 tungsten filament; medium wave tubular/coil element; long wave ceramic cone |
| Short Wave Lamp Life | Over 5,000 hours at full voltage |
| Control | Instant on/off, 0–100% power control, separately adjustable zones, PLC and closed-loop pyrometer control available |
| Construction | Modular, compact designs; ovens shipped fully assembled and wired (coil ovens) |
Source: binks.com and Binks literature 04-443-01, 04-495-01 and 04-514-01.
Emitter wavelength comparison from Binks Electric Infrared literature.
| Infrared Type | Source Temperature | Peak Wavelength | Response Time |
|---|---|---|---|
| Short Wave (T3 emitter) | Up to 4000°F (2200°C) | 1.2 µm | <1 second |
| Medium Wave | Up to 1800°F (980°C) | 2.3 µm | 60 seconds |
| Long Wave | Up to 1000°F (540°C) | 3–5 µm | 5 minutes |
Binks electric infrared emitter types.
| Emitter | Construction | Typical Use |
|---|---|---|
| Short Wave – T3 | Tungsten filament sealed in a halogen-filled quartz envelope | Pinpoint accuracy, rapid heat-up, instant cool down, infinitely adjustable power |
| Medium Wave – Tubular Element | Nickel-chromium coil in a quartz tube, dual reflector | Heat-sensitive substrates (plastics, wood); 120–325°F (49–163°C) surface temperatures |
| Medium Wave – Coil | Sheathed tubular nickel-chromium element packed in magnesium oxide | Complex part profiles; 250–450°F (121–232°C) |
| Long Wave – Cone | Chromium wire wrapped on a ceramic cone core in hardened slurry, parabolic reflector | Heat-sensitive wood and plastic; 300°F (149°C) and below |
IR Smart lab oven specifications from Binks literature 04-514-01.
| Specification | IR Smart Lab Oven |
|---|---|
| Size | 43.25" W x 54.81" H x 33.0" D (1099 x 1392 x 838 mm) |
| Weight | 425 lb (193 kg) |
| Test Panel Size | 10" x 14" (254 x 356 mm) maximum |
| Heat Zones | Top and bottom, independently controlled |
| Power | 480V / 3Ø / 60 Hz, 44 amps, 28 kW (alternate voltages available) |
| Lamps | (24) 1550 T3 short-wave, 290 volt |
| Product Temperature | 500°F (high temperature options available) |
| Temperature Accuracy | ±2% |
| Controls | PLC with operator interface, built-in pyrometer (calibration panels included), closed-loop control |
| Operating Modes | Manual, Time/Power, Power/Temp, Time/Temp (up to 20 steps) |
| Exhaust | Pre-mounted exhaust blower |
Binks electric infrared coil coating ovens (literature 04-495-01).
| Coil Oven Type | Features |
|---|---|
| Pretreatment Drying Ovens | High-intensity IR raises product temperature; recirculating hot air with air knives blow-dries the coil; moisture-laden air exhausted. Ideal for chrome passivation, chromates, chrome-free, zinc phosphate, anti-fingerprint, dry film lubricants and acrylics. |
| Prime and Finish Curing Ovens | Energy-efficient curing for all coatings on all substrates; self-cleaning interior; stored product recipes; four pyrometers in closed loop; separate heating zones along length and across width. |
