Home / Products / UV Lamp/Tube / Details

UV Drying Lamps/UV Curing Lamp For Screen Printing

icon_pic_arrow_up

icon_pic_arrow_down

What are UV drying lamps

Developed on the basis of the high-pressure mercury lamp, this type of lamp is made of a high-purity quartz tube filled with mercury, argon and gallium iodides, iron iodides and halides of some rare metals. There are too many empty spots in the spectrum around the 365 nm wavelength.

The use of elements whose emission spectrum is in this wavelength range provides high vapor pressure at a certain temperature, creates dense light spectra in this wavelength range, increases the efficiency of UV radiation in this wavelength range by 1–2 times, and then increases the efficiency of electrical energy and the curing rate during operation.

Gallium iodide can introduce 403nm and 417nm spectral lines into the spectrum of UV printing lamps, which is greatly applied in the processing of nitrogen compounds; Iron iodide is a halogen that can provide broad-spectrum UV radiation and increase the output power of the lamp in the 380nm spectrum.

UV printing lamps with the addition of iron iodide can provide good effects in the exposure system of photopolymers and sunlight photographic films.

The energy spectrum of UV lamps for printing can match the adsorption spectrum of some materials very well and can cause the curing reaction very quickly.

UV lamp imported model

brand	AMBA model	Note
AM10001X	M48/300
AM10000X	H48/300
AM10267X	H48/350
AM8671X	M48/350
AM10746X	H36/300
AM10747X	M36/300
AM10061X	H50/270
AM5528X	H50/270	Side release
AM10319X	M50/270
AM10248X	H70/270
AM10015X	M12/500
AM6045X	IST 1050 K3H
AM5577X	T1050 K2H
AM4293X	T770 K2H
AM4911X	T770 K3H

Customization is possible according to parameters provided by the customer.

Detailed information about ultraviolet lamps:

Operating principle : UV drying lamps operate on the basis of a light source with a specific wavelength of UV radiation, which helps to quickly dry the surfaces of materials. UV radiation causes a chemical reaction in the material, accelerating the process of moisture evaporation and providing faster drying.
Application : UV drying lamps are often used in industry, such as paint, varnish, adhesive, printing, plastic and other materials where fast and uniform drying is required. They can also be used to dry gel on nails in beauty salons or to dry coatings on handicrafts.
Structure and Construction : UV drying lamps usually have a compact and robust housing, inside which are special UV lamps or light-emitting diodes (LEDs) that create the necessary UV radiation for drying. The lamps can be of different sizes and shapes depending on the specific requirements of the drying process and the materials to be dried.
Advantages : UV drying lamps have a number of advantages, including high efficiency, fast drying speed, cost-effectiveness, uniform drying over the entire surface and the ability to control the drying process.
Limitations and Cautions : When using UV lamps for drying, precautions must be taken to avoid direct exposure of the skin and eyes to UV radiation, as it may be harmful to health. It is also important to select and adjust the lamps correctly according to the requirements of the drying process and the materials to be dried, to avoid damage or defects due to improper drying.