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IRP014 400V 6200W infrared heater lamp For printing presses SM105XL-FMW-B


    UVIR NO.IRP014
    Power:6200W
    Voltage:400V
    Total length:1160mm
    Lighting length:1060mm
    Tube diameter:15*33mm
    Base:TC06
    Reflector:Gold

    If the parameter is not suitable for you,Please contact me.We have a professional elite team,will provide the professional knowledge and drawings for you!


  • Parameters


    UVIR NO.IRP014
    Power:6200W
    Voltage:400V
    Total length:1160mm
    Lighting length:1060mm
    Tube diameter:15*33mm
    Base:TC06
    Reflector:Gold

    If the parameter is not suitable for you,Please contact me.We have a professional elite team,will provide the professional knowledge and drawings for you!


Technical Information

Maximum wavelength range:1.1-1.4μm
Starting current coefficient:12-17A
Filament temperature:1800-2400°C
Maximum power:<200W/cm
Maximum Surface Power Density:200kW/
Maximum heating length:2.1 3.5 4.0m
Twin tube standard cross section:8x18 11x23 15x33mm
Star time:1-2s
Reflector:White/Gold/Clear
Way of working:Horizontal or vertical


Performance


  • The infrared short-wave radiator is designed according to the characteristics of the heated material. It uses the infrared peak value that the heated product can absorb to maximize the energy absorption of the heated product, and achieves the best heating effect with the minimum energy.



Advantages of infrared heating lamps


  • High heating efficiency: infrared rays can be directly absorbed by the object and converted into heat energy, without the need to heat the air as an intermediate medium, with less heat loss and higher heat conversion efficiency.
  • Fast heating speed: It can quickly heat up the heated object. Compared with traditional heating methods, it takes less time to reach the set temperature, which can improve work efficiency.
  • Uniform heating: Through radiation heating, each part of the heated object can absorb heat more evenly, reduce local temperature differences, and ensure heating quality.
  • Good energy saving: Since the heat acts directly on the target object, it avoids excessive heating of the surrounding environment and can effectively save energy.
  • Easy operation: The structure is relatively simple, easy to install and control, and the heating state can be adjusted by a switch or thermostat.
  • Wide range of applications: It can be used in industrial heating (such as metal heat treatment, plastic processing), food processing (such as baking, drying), medical physiotherapy and other scenarios.
  • Long life: Under normal use and maintenance, the service life of infrared heating lamps is relatively long, which can reduce replacement costs.



The specific applications of infrared double-tube heating lamps in the field of industrial manufacturing are as follows:


Metal processing:

  1. Used for local heating of metal parts, such as thermal assembly of bearings, gears and other components. The stable heat provided by the double tubes causes the metal to expand locally, which is convenient for assembly operations.
  2. Metal heat treatment links, such as annealing and tempering of steel plates, iron wires, etc. The double-tube design can ensure uniform temperature within a large heating area and improve the stability of material performance.


Plastic and rubber processing:

  1. Preheating before plastic molding, such as heating and softening plastic plates and pipes to facilitate subsequent bending, stretching and other molding processes. The double tubes can quickly provide sufficient heat and shorten the preheating time.
  2. In the vulcanization process of rubber products, infrared radiation heating promotes the cross-linking reaction of rubber. The double tube can ensure uniform temperature in the vulcanization area and improve product quality.


Printing and packaging:

  1. In the printing industry, it is used for ink drying. The heat generated by the double tube can quickly evaporate the solvent in the ink, so that the surface of the printed matter can be dried quickly to avoid smudges. It is especially suitable for high-speed printing production lines.
  2. Heating and sealing of packaging materials, such as the heat sealing process of plastic bags and composite films, the double tube can concentrate the heating of the sealing part to ensure that the sealing is firm and the edges are smooth.


Electronic and electrical manufacturing:

  1. Auxiliary heating of electronic component welding, such as preheating the area around the solder joint on the circuit board to prevent damage to the component due to sudden temperature changes during welding.
  2. The insulation layer of wires and cables is heated and shrunk. The uniform heat provided by the double tube can make the insulating sleeve fit the cable tightly and enhance the insulation effect.


3D printing:

  1. Preheating the printing platform: In 3D printing technologies such as FDM (fused deposition modeling), preheating the printing platform can reduce the warping and deformation problems caused by the shrinkage of printing materials (such as ABS, PLA, etc.) due to cold and hot shrinkage. The double-tube design can cover a larger platform area, ensure uniform platform temperature, and improve the stability of large models or multiple parts when printing simultaneously.
  2. Material pretreatment heating: Some 3D printing materials (such as certain composite materials and high-temperature plastics) need to be moderately heated and softened before printing. The infrared double tube can quickly provide stable heat to keep the material in proper fluidity or plasticity, which is convenient for the nozzle to extrude smoothly and reduce the risk of blockage.
  3. Local insulation during printing: For large and complex models, the local area may drop too quickly during printing, resulting in loose interlayer bonding. The double tube can be used to perform local insulation in the printing area to maintain stable interlayer temperature and enhance the structural strength of the model.
  4. Post-processing curing: In the post-processing of photocuring 3D printing or certain materials that require secondary curing (such as resins and composite materials), the infrared dual tubes can provide uniform heat, accelerate the material curing reaction, shorten the post-processing time, and ensure consistent curing effect.


IRP014 400V 6200W infrared heater lamp For printing presses SM105XL-FMW-B
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86-0750-3210960

nancy@gdyouhui.com

Whatsapp

086-18026750668

Factory Building No. 3, Buling 1st Road, Tangxia Town, Pengjiang District, Jiangmen City, Guangdong Province, China


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