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UV Curing Light are specialized light sources that emit ultraviolet light to quickly cure or dry inks, coatings, adhesives, and other materials. These lamps are crucial in applications where speed and adhesion quality are paramount.
UV Lamp are extensively used in the printing industry to dry inks on various substrates quickly. They are also prevalent in the manufacturing of electronics, where they help set adhesives and coatings that protect sensitive components. Automotive and medical industries also utilize these lamps for their rapid curing capabilities.
UV Lamp are extensively used in the printing industry to dry inks on various substrates quickly. They are also prevalent in the manufacturing of electronics, where they help set adhesives and coatings that protect sensitive components. Automotive and medical industries also utilize these lamps for their rapid curing capabilities.
UV Curing Light
UV Capillary Lamp
Typical spectrum output of mercury lamp
Typical application: UV curing of inks and varnishes responsive to 365Nm wavelength.
Feature/Application
Mercury capillary lamps provide an intense source of radiant energy from the ultraviolet through the near infrared range. These lamps require no warming-up period for starting or restarting and reach near full brightness within seconds. They come in a variety of arc length, radiant power, and mounting methods, and are used in industrial settings (i.e., for printed circuit boards).
Optional reflective coating to shorten ignition warm up time
Optional lamp base – ceramic & metal base with or without power cable along with different terminals.
Arc length from 80mm up to 2000mm
Outer diameter from 10mm up to 40mm
Power density from 40W/cm up to 300W/cm
APPLICATIONS
UV Curing of Solvent-Free Paints, Coatings, and Adhesives
Industrial Photochemistry
Special Applications Such as Ozone Production and UV Analysis
UV Curing Lamp & Lamp Bases
Typical spectrum output of mercury lamp
Typical application: UV curing of inks and varnishes responsive to 365Nm wavelength.
Medium Pressure Mercury-Arc lamp
TYNGSHUOH TECH produces standard and custom UV Curing Lamps. Our production facility is designed to meet specific customer requirements to produce customized UV lamps, as well as achieve consistent quality in mass production. We design our own production machines with PLC program controller, we are able to optimize our manufacturing process. This results in precision filling technology making our lamps virtually free of impurities, thus preventing early blackening of the lamp. These lamps are components which may be used by customers to manufacture a variety of finished products.
BENEFITS
Consistent quality for small or large quantity production
Precise filling technology
Optional reflective coating to shorten ignition warm up time
Optional lamp base – ceramic & metal base with or without power cable along with different terminals.
Arc length from 80mm up to 2000mm
Outer diameter from 10mm up to 40mm
Power density from 40W/cm up to 300W/cm
APPLICATIONS
UV Curing of Solvent-Free Paints, Coatings, and Adhesives
Industrial Photochemistry
Special Applications Such as Ozone Production and UV Analysis
Choosing the best
Wavelength: Different materials require different UV wavelengths for optimal curing. Select a lamp with the appropriate spectrum for your materials.
Intensity: The lamp should provide enough UV light intensity to adequately cure the material within your desired time frame.
Size and Form Factor: Ensure the lamp fits into your existing equipment or workspace.
Q: How energy efficient are?
A: Modern are designed to be much more energy-efficient compared to traditional curing methods.
Q: Are there any safety concerns with using?
A: Safety is crucial when using as they emit strong UV light, which can be harmful. Always use proper shielding and safety gear.
The manufacturing of
UV Curing Light
involves several factors:Wavelength: Different materials require different UV wavelengths for optimal curing. Select a lamp with the appropriate spectrum for your materials.
Intensity: The lamp should provide enough UV light intensity to adequately cure the material within your desired time frame.
Size and Form Factor: Ensure the lamp fits into your existing equipment or workspace.
Q: How energy efficient are?
A: Modern are designed to be much more energy-efficient compared to traditional curing methods.
Q: Are there any safety concerns with using?
A: Safety is crucial when using as they emit strong UV light, which can be harmful. Always use proper shielding and safety gear.
The manufacturing of