The Principle of UV LED Ink Drying

The polarizing polymerization of fry vegetable oil as connection material in air was carried out, changing the molecular morphology of vegetable oil. Therefore, UV ink is fixed on the substrate surface and dry. Ink drying uses oxidation polymerization to change oil form a low molecular weight liquid into a reticular solid. Reticular macromolecular solid is a process called ink drying. Similar to UV curing effect, ink after drying, surface gloss high, ink film solid, scratch resistance.

The principle of UV ink UV light curing : UV ink is cured by ultraviolet radiation. UV ink curing needs to add a small amount of photo-initiator. Polymerization takes place under the combined action of photo-initiator and ultraviolet ray, that changing the molicular shape of the ink curing. This reaction can be done in seconds or less.

Hard disk head assembly (read-write head encapsulation, gold wire fixing, bearing, coil, chip bonding, etc.)
The effect of glue curing on medical devices.
Optical communications : passive devices (WG/ AWG/ SPLITTER/ ISOLATOR/ COUPLOR)
PCB industry : components, capacitors, chips, plugins, inductors, etc.
Printing industry : ink and varnish curing, such as plate printing, label printing, rotary printing.
UV LED has low thermal radiation, especially suitable for liquid crystal sealing edge, plastic base material, thin film printing, medical equipment with small heating area.
UV LED surface light source oven is uniform, stable and strong illumination, shortens the curing time of product and improves the production efficiency.
Optical components assembly, such as lens, prism, optical engine. Image instrument assembly, such as microscope, infrared detector, night-vision goggles, probe, etc.. Mobile phone, remote control, computer keyboard, calculator keys, UV ink screen drying, touch screen side curing.

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