Industrial Infrared Cure Ovens

• Customization: Available
• Power: 12
• Capacity: >41L
• Model NO.: COLO-5219
• Number of Heating Pipe: 6
• Style: Square
• Material: Steel
• Outer Case: Baking Paint for Metal
• Type: Convection Oven
• Controlling Mode: Mechanical Timer Control
• Usage: Bake
• Certification: CE
• Marca: Hicolo
• Usar: Pintura Electrostatica
• Voltaje: 220V/380V
• EL Tiempo De Entrega: 15 Dias
• Frequency: 50-60Hz
• Trolley: Matched with Different Size
• Temperature Max.: 250 C
• Warm-up Time: 1.5kw
• Warm Board: Thickness 100mm
• Fan Motor: 7.5kw
• Transport Package: Bulk in
• Specification: CE
• Trademark: COLO
• Origin: Zhejiang /China
• HS Code: 8424899990
• Production Capacity: 20PCS /Month

Product Description

Industrial Infrared Cure Ovens
Description
COLO fabrica los equipos de pintura en polvo, como cabina para pintar, hornos de secado, equipos de pintura, mientras las pinturas en polvo.
Hornos de curado 
energia por electricidad
Voltaje 380V
dimensiones 5m x 1.9m x 1.9m 
el tiempo de entrega : 25 dias

Technical data
 

Model	colo-5219
Worksize dimensions	1900width x 1900 height x 5000depth
Overall dimensions	2100width x 2200 height x 5200depth
Power supply	LPG/Gas/Diesel
Voltage/Frequency	380V/220v(50-60hz)
Warm-up time	15-30 min. (180°C)
Temperature stability	< ± 3.0-6°C
Temperature max.	250° C
Motor power	7.5kw
Circulation/Air-flow	Vertical,Variable through holes on the walls
Ventilation performance	8288-16576 m3/h
Trolley	two trolley

 Pic show
inner view


Infrared burner data

Infrared burner show

Application for different workpieces:



Infra-red curing for powder coating of aluminium sections

infrared cure ovens provides process flexibility, long service life and exceptional energy efficiency. These systems are well suited to a wide range of curing tasks.

When infrared energy is emitted onto a part that is painted or powder coated, the energy is absorbed into the coating on the substrate, rather than the substrate having to be heated to cure the powder.

infrared cure oven has a faster cycle compared to convection. Product positioning, the distance from the emitter to the surface of the part, and the intensity of the emitters, also impact how well, and how quickly, a full cure can be achieved.

Any questions,contact: