The UV varnish curing oven is equipped with four 5.6KW mercury lamps which irradiate downwards from the top. The wavelength ranges from 200nm to 450nm (peak value 365nm), with input voltage 380V and the power can be adjusted from 20% to 100%. Each lamp can be controlled independently. The UV curing equipment can be custom-made to efficiently meet the curing needs of various UV coatings.
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Description
Technical Parameters
Equipment Parameters
● Machine name: varnish curing oven
● Machine model: LY650-4DZ6
● Lamp type: mercury lamp
● Single lamp power: 5.6KW
● Lamp quantity: 4pcs
● Irradiation direction: irradiate downwards from the top
● Lamp wavelength: 200nm-450nm (peak value：365nm)
● Total power: 24KW
● Input power: 380V 50-60Hz
Details
This UV varnish curing oven is a high efficient equipment which is particularly designed for UV curing. Four 5.6KW mercury lamps are configured as the equipment core, and the lamps irradiate downwards from the top, ensuring uniform light coverage on the surface of the workpiece.
The lamp wavelength ranges from 200nm to 450nm (main peak 365nm), perfectly matching the curing requirement of UV paints, UV inks and other coatings, therefore rapid and high-quality curing effect can be achieved. The input voltage 380V allows stable connection to industrial power supply systems, ensures that the equipment can operates continuously and efficiently.
The power can be adjusted from, and the light intensity can be adjusted according to different types of UV adhesives, UV paints and different coating thicknesses. This not only ensures the curing quality but also effectively avoids damage to the workpieces and energy waste caused by excessive power. Additionally, each lamp can be controlled independently, it can be turned on flexibly or the lamp power can be ajusted according to actual curing need, further enhancing operational flexibility and energy utilization efficiency.
The UV curing equipment can be custom-made with an exclusive operating system, equipment shape, lamp type, quantity and so on according to your production needs. The arrangement of the lamp tubes, irradiation angles etc. can also be customized to further improve the curing efficiency and effect if there are special irradiation requuirements, making the equipment more in line with your actual production need, and creating customized UV paint curing solutions for customers.
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FAQ
Q: What is the standard lead time for the products?
A: For the regular model of small UV curing machines, we can complete the lead time within 15 days. Due to the complex process of medium and large-sized ultraviolet curing equipment, please consult our sales team for the production cycle.
A: How to choose the power of ultraviolet curing equipment?
Q: It is necessary to comprehensively consider factors such as the actual application environment, the size of the area to be cured, the required curing speed, and the performance of the materials used. For small-area precision operations, lower-power equipment can be selected. Large industrial production lines require high-power equipment to ensure efficiency and continuity.In general, the larger the irradiation area, the faster the curing speed requirements, the higher the power required.
A: How is the curing time determined?
Q: The curing time depends on factors such as material properties (material type, thickness, etc.), light intensity and wavelength.Different materials have different absorption and reaction times to UV light, and the thicker the material, the longer the curing time is required. The optimal curing time is usually determined through experiments, generally ranging from a few seconds to tens of seconds. In actual production, the curing time can be gradually adjusted according to production requirements to ensure that the material is completely cured without over-curing.
A: How to determine whether the lamp of UV curing equipment should be replaced?
Q: When the lamp occurs the following circumstances should be considered to replace: can not effectively cure the material; Cannot turn on; The lamp has obviously changed color (such as turning black, yellow, etc.); The lamp expands due to overheating. In addition, if other components of the equipment are normal but the curing effect remains poor for a long time, it may also be that the lamp has aged and should be replaced.
A: How does the light intensity of UV curing equipment affect the curing effect?
Q: The higher the light intensity, the faster the curing speed is usually. However, excessively high light intensity may cause excessive curing of the material surface, resulting in problems such as yellowing, brittleness, and bubbling. Insufficient light intensity will result in incomplete curing. The appropriate light intensity should be determined through experiments based on the material properties and practical applications, and is generally measured in units of mW/cm².
