How to Choose A Suitable UV LED Curing Light Source

1.Spectrum
At present, the surface curing used in the the market is mainly the peak wavelength spectrum of 365nm and 395nm. What kind of spectrum is required to achieve the best results, which need to be determined to the glue or ink used. It can through consulting the glue or ink supplier. In addition, because the wavelength of LED UV curing light is relative to traditional UV lamp, the wavelength of the spectrum is much more uniform. If you want to achieve a better effect, when choosing UV glue and UV ink, you should consult the supplier about the type of UV LED light with a single wavelength.

2.Light Energy
For UV screen printing curing light source, UV LED energy (mJ/cm2) equates UV intensity (mW/cm2)*irradiation time (s). For the precise control of UV LED intensity and irradiation time, it can control the energy of UV LED accurately. For control of exposure time, Guangdong SpaceLight Co., Led. UV LED curing light, built-in microprocessor, can set the exposure time and various control mode, which are out-of-the-box without preheating.

https://www.leduvcuring.com/

 

3.Strength Distribution
UV intensity of UV LED dryer is very uniform. UV irradiation intensity is considered when designing products. In the case of Guangdong SpaceLight Co., Ltd. curing light source, with imported high power LED and high-tech optical lens, unique software control program, the range of radiation intensity is between 1000mW/cm2 and 8600mW/cm2.

4.Safety and Temperature
Advanced UV LED with safety lock, after setting the control mode, can close the light source automatically to protect the user’s safety. Good cooling chip technology and microprocessor function can effectively control the temperature rise. It needs special attention, the temperature of traditional mercury lamp does not have a good control of the light source, which will cause the bulb burst serious hidden danger.

5.Stability
This point of tradition process is very different to improve. Generally, it is the accumulation of industrial experience. A special machine usually is not equipped in a laboratory. An unstable light source will seriously affect the test progress. However, Guangdong SpaceLight Co., Ltd. has strict appearance testing and years of research and development design experience, can ensure the stable use of UV LED light source.

Characteristics and Applications of UV LED Curing System

UV LED curing system is fast speed, low temperature, safety and environmental protection, good film forming performance, can solved many problems in the process of printing gloss treatment and fill many shortcomings of traditional polishing.

1)The standard of UV safety and environmental protection should be light oil without solvent oil, which solid content is 100%. That is, from the light into an effective film-forming material, no VOC emission (organic volatile matter), it can help prevent air pollution, improve working environment and reduce fire risk.

2)Greenhouse production efficiency is high, can solidify quickly, higher than the general photoelectric efficiency. At present, the average curing speed is 50-150m/min, can as soon as possible reach 300-500m/min.

3)Suitable for UV LED photo-curing system wide range of paper printing, can also be used for a variety of substrate materials, such as aluminum foil, gold and silver card paper, vacuum aluminized film, laser film, plastic, synthetic paper, metal, wood and other printing media.

4)Film forming performance UV LED curing system glaze high gloss. It’s not just flat. And after UV curing, because of the network structure formed a strong body, it has excellent abrasion resistance, water resistance, heat resistance, scratch resistance, chemical resistance and solvent resistance. That is unlike ant other glazing paint.

5)It can save and cover the area of UV LED glazing unit, which occupies less area than the window of solvent heating room and saves energy, is very suitable for on-line glass and automatic assembly line work.

6)Due to the non-volatile solvent of UV, the performance of coating is stable. So, it is not easy to cause the change of coating process viscosity, good stability of coating and low dosage.

7)It can be avoided that the resin used in the light coating is thermoplastic resin, which is greatly affected by temperature and humidity. Factors such as coating thickness and dry conditions influencing factors is bigger, easy to cause the product adhesion phenomenon of different level, and meets the requirements of smooth solidify coating, only the light conditions glue problem, don't have to worry about completely, can arbitrarily stacked glass or finish my homework.

8)The replacement of plastic composite UV LED photo-curing system for plastic film composite technology has been widely used in many areas at home and abroad. It can completely avoid the phenomenon of edge warping, foaming, corrugation and layering during lamination process, and can be recycled to reduce the impact of products on environmental pollution.

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UV LED Curing for OLED Encapsulation

The facility of Original Light Emitting Diode (OLED) is more and more popular, called for “future display”. Compared with liquid LED, OLED display has easier structure, higher power efficiency, thinner design, better image quality, faster response time.
As demand of OLED touch screen grows, electronics manufactures are increasingly turning to UV LED solution providers. Because UV LED has many advantages in the field of OLED flat manufacturing. The benefits to manufacturers have reliable solution including high productivity, environmental safety, friendliness, and how these products can be cured.

One of the most exciting features of OLED display is, they are more flexible, which is the important point for flexible / collapsible display device. In the near future, It will be a compelling feature for clients and industries. The encapsulation layer of a curing OLED display is essential to prevent damage to elements in its life cycle.

However, the actual OLED material is easily oxidized by very small amounts of water and oxygen in the atmosphere. Therefore, it is very important for a barrier or seal protect sensitive OLED materials from oxygen and water. The encapsulation of traditional rigid glass substrate is used cover glass. The cover glass must be permanently glued to the glass substrate to protect the effective OLED layer. The is achieved by applying a layer of epoxy resin on the edge of the glass and using UV LED lights to solidify the epoxy resin and the edges of the two glass surfaces.

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In order to make the display more flexible, glass plate at the bottom and top are replaced by flexible substrates. Flexible thin-film encapsulation (TFE) is necessary. The barrier layer thickness is usually located within he sub-micro range to meet the low permeability requirements of WVTR < 10-6g / m2 / day. But it still flexible. TFE is consisted with alternating conformal organic and inorganic layers to achieve low permeability and high elasticity. When the thin inorganic layer as a barrier layer, the organic layer is utilized as the “decoupling” layer between the inorganic layers to improve penetration. What’s more, as a single inorganic layer in the organic / inorganic multilayer structure can kept thin. The organic layer makes the structure stronger and more flexible. The whole structure is also more resistant to fragmentation and cracking, when the organic layer as a seal buffer to smooth the substrate.

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TFE manufacturing Techniques including :
1.Vitex vacuum polymer
2.Inject printing (organic), sputtering (inorganic)
3.Plasma enhanced chemical vapor deposition (PECVD) / atomic layer deposition (ALD)
Vitex process generates a flexible encapsulation layer composed of AI203 and polyacrylate layer. When the inorganic AI203 is sputtered to the display by plasma, UV curing to deposit organic polyacrylate layer by flash monomer, repeat the alternating process to form a multilayer structure.

Although this UV encapsulation solution exhibits excellent performance for flexible devices, the complexity raises many challenges to the manufacturing process.

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The OLED encapsulation based on inkjet printing is starting to replace OLED encapsulation based on chemical vapor deposition (CVD) in process optimization and precision, leading to better performance and productivity. It is said that the TFE organic sandwich of inkjet printing has a very high uniformity, eliminating the uneven display of the eye (“mura”). In addition, due to printing and post-printing processing in very low H2O and O2 environments, fewer particles are added by the printing process, and the plane of the organic layer at the top is significantly improved to ensure the quality of the second inorganic layer.

After applying the liquid organic layer through the inkjet nozzle, the UV curing step is performed to form the crosslinking.

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ALD process has been developed to produce a very thin conformal film with thickness control. This is a continuous self-terminating CVD process that can be coated with high quality. It is usually made up of alternating pulses with a gaseous chemical precursor that reacts with the substrate. During each gas surface reaction (half reaction), the amount of time specified by the precursors in the vacuum pulsed into the chamber is allowed to be fully reacted with the substrate surface. Then the inert gas purge chamber is used to remove any unreacted precursor or reaction byproduct. The process loops until the appropriate film thickness is reached.

ALD process has many promising features, but the deposition rate is slow. UV LED is not required in this process.

If you has any question, please send to 1651063690jennifer@gmail.com

EIT SpotCure UV Intensity Meter

EIT SpotCure UV Intensity Meter has features with measures UV intensity up to 20W/cm 2  (Standard Range) or 200W/cm 2 (Extended Range), compact size, portable, accepts multiple light guide sizes, totally self-contained, battery-powered.

Application :

•  Monitor UV spot curing system performance
•  Measure individual UV lamp performance
•  Measure light guide degradation
•  Optimize light guide positioning
•  Determine proper UV intensity required for curing any material
•  Meet ISO 9000 requirements

Introduction :

As UV spot curing technology has evolved, it has become increasingly important to establish a method of measuring system performance. The EIT SpotCure UV Intensity Meter is an easy, portable, effective method of quantifying UV output.
The EIT SpotCure UV Intensity Meter is a self-contained, electro-optic instrument designed to measure and display the intensity emitted by a UV curing system. Degradation of UV lamps, light guides, and reflectors can cause decreases in intensity and create curing problems. The EIT SpotCure UV Intensity Meter is designed to provide the operator with instant feedback as to the performance of the spot curing system.

Configuration :

The EIT SpotCure UV Intensity Meter is totally portable, self-contained, and battery-operated using a special lithium battery stick for extremely long life – in excess of 100,000 readings! The measurement head which contains the optics, is attached to one end of the cylindrical instrument. Light guide adapters that fit into the measurement head are available to fit most size light guides. An EIT SpotCure UV Intensity Meter can be configured to read one of the following UV transmission bandwidths: 250-260nm, 280-320nm, 320-390nm or 395-445nm.

Operation :

The portable, EIT SpotCure is simple to use. Its compact, flashlight-like shape (4.60” long by 1.74” diameter) can comfortably be gripped in one hand.
In operation, the instrument is gripped in one hand while the light guide is inserted with the other hand. Once a spot curing system’s light wand is inserted into the measurement head, the “START” switch is depressed and a measurement is taken. When the “START” switch is released, the measurement is frozen and can be viewed on the LDC display. It will be held for approximately 3 minutes until the display times out or until the “START” switch is depressed again. Adapters insert into the measurement head to accommodate the standard light wands on the market. This flexibility allows the instrument to be used in a variety of monitoring applications.
Short, simple operation instructions are printed on the outside of the instrument. The EIT SpotCure UV Intensity meter is designed to withstand the rugged UV environment and extremely high intensities that can be associated with UV spot curing. It can monitor UV intensities up to 20W/cm 2 for the standard version and 200W/cm 2 in the Extended Range version.

Specification :

Intensity Range	Standard Versions (& Full Scale) UVA (20W); UVB (2W), UVC (200mW), UVV (20W) Extended Range Versions (& Full Scale) UVA (200W), UVB (20W), UVV (200W)
Resolution	Standard Version 10mW/cm 2 Extended Range Version 100mW/cm 2
Accuracy	+/-5% typical, +/-10% maximum
Display	3 ½ digit LCD
Power Source	Lithium battery stick
Battery Life	12,500 hours continuous operation (over 100,000 readings)
Overall Dimensions	6.40”L x 1.74” Diameter (16.26cm x 4.42cm); Measurement head – 2.13” Diameter (5.14cm)
Weight	12.8 oz. (358 grams)
Operating Temperature	0-70 o C
Display Time	2.5 to 5 minutes
Spectral Ranges	250-260nm (UVC), 280-320nm (UVB), 320-390nm (UVA), or 395-445nm (UVV)
Case materials	Aluminum, polyester, quartz

https://www.leduvcuring.com/

UV Masking Exposure System for Wafer Samples

UV Masking Exposure System for Wafer Samples :
1. Very compact table-top system
2. Perfectly monochromatic at 365nm
3. Hard and soft contact up to wafer
4. Compatible with photoresists

https://www.leduvcuring.com/uv-masking-exposure-system-for-wafer-samples_p100.html

1.Main Specifications

1.1 Size of Frame：6,8,12 inches

1.2 Kinds of Film：UV Film

1.3 Wafer Specification： 12 inches or lower

1.4 Irradiation Light Source：LED Ultraviolet Light Source   Cold Light Source  Wavelength : 365nm。

1.5 Irradiation Intensity：600-1000mW/cm2

1.6 Place Fixture：6,8,12 inches, can switch to one another

1.7 Handling Mode：Manual Take Put

1.8 Product Positioning：a fixture position does not allow it to move

1.9 Electric Power Supply：220V 350W 8A

1.10 Volume(W*L*H)：645mm*620mm*195mm

1.11 Net Weight：40kg

2. Equipment Characteristics

2.1 PLC +Touch Screen  Software Control。

2.2 Irradiation Time Setting 1-999S。

2.3 Temperature monitoring, over set protection temperature, alarm

2.4 Production Capacity : about 200 pieces per hour

2.5 Pre-Nitrogen Flushing

3. Application :

https://www.leduvcuring.com/uv-masking-system_c13

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Fast Curing UV Glue Curing Pen

Light Spot Size
Size: 12mm extra diameter
Thread: M11*0.75
1.Round Spot: φ1.5mm,φ3mm，φ4mm，φ5mm，φ6mm，φ8mm，φ10mm，φ12mm，φ15mm,φ20mm
2.Direct Rectangular Light Spot:: 3*12mm，4*16mm,5*20mm
3.90°a lens of side light (φ3mm, φ4mm，φ6mm，φ8mm, round spot)
Multiple lenses are selected for different spots. When changing, twist the lens of the inscribed part.
Shipment standard with one, can be multiple choice, optional extra.

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Light of the Rectangular Lens



The size of different spots can affect the irradiation intensity. The smaller the light spot is, the higher the irradiation intensity is.

https://www.leduvcuring.com/uv-spot-light-source_c2

Application Area:
1.Hard disk head assembly （Read-write head packaging, gold wire fixation, bearing, coil, chip bonding and so on）
2.Assembly of motors and components （Wire, coil fixed, coil end fixed, PTC/NTC components bonding, protect transformer core）
3.DVD/Digital Camera (Lens, lens pasting, circuit board reinforcement)
4.Sensor production (Gas sensor, photoelectric sensor, optical fiber sensor, photoelectric encoder, etc.)
5.Assembly of cell phone components (Camera lens, receiver, microphone, shell, liquid crystal module, touch screen coating, etc.)
6.TFT-LCD liquid crystal panel import package
7.TFT-LCD pasting and packaging of LCD panel FPC
8.UV LED light curing application of PCB
9.UV LED light curing application of Optics Series
10.Optical element assembly (Lens group, prism, DLP optical engine assembly, CCD, COMS)
11.LED UV light curing application of optical communication industry
12.Optical communication industry components (All kinds of glass packaging structures are bonded or sealed, the fixation of tiny components, etc.. Such as PLC Branching Unit, WDM, AWG, etc.）
13.UV LED light curing application of Research Institutes
14.Medical device and medical accessories LED UV light source curing application
15.Capacitive touch screen adhered to curing



 16.UV encapsulation and curing application of laser

Heidelberg XL 75 6 F Facility install add UV LED Light Source

What Reflection Cup and Lens is

What is reflection cup? What is lens? I’m sure many people are confused by this problem, the reflection cup and lens are the same, just the structure is different.
As we all know, reflection cups and lenses are belong to secondary optical devices. The effect is to light the light twice. They can be said to the core of the light effect of the lamps. Without this core application, the market may be return to the original stage, with solar tubes everywhere. So, let’s know about the difference between reflection cup and lens.

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Reflection Cup
The artisans of making lights should know 120°the original light angle of LED. In order to achieve the use of light and reach the desired effect,  the luminaire will use reflector to control the distance, area and the spot effect of light. The reflector is usually in the form of cup, which is collectively referred to as the reflection cup in the reflector industry.
The reflection cup is divided into two categories.
Metal reflection cup is usually made of aluminum, which needs pressing, polishing and oxidation. It is easy to form, also is recognized by the industry with low cost and high temperature resistance.
Plastic reflection cup needs to be finished by demoulding. Its optical precision is high, no deformation memory. The cost is relatively higher than the metal. But the effect of temperature resistance is no better than metal reflection cup. For the high temperature lamps, it is a low selectivity device.
What’s worthier mentioning, light form the light source to the reflection cup, not all the light is refracted through the refraction. The part of light without refracting is called deputy spot in optics, with a visual palliative.

https://www.leduvcuring.com/blog/uv-led_bc1

Lens
Not only reflection cups are classified, but also lenses are classified. LED lenses are divided into lens and secondary lens. Generally speaking, we call a lens is secondary lens by default. That means that it is combined with LED light source. According to different requirements, different lenses can be used to achieve the desired optical effect.
The main circulating material of LED lens in the market is PMMA and PC. The transmittance of PMMA reaches 93%, but the transmittance of PC reaches 88%. However, the temperature resistance of PC is higher, its melting point can reach 135°, PMMA only can reach 90°. So, the two materials dominate the lens market with almost half the advantage.
Nowadays, the secondary lens is often used total reflection design (TIR). The design of lens is penetrate the spotlight. The conical surface can also collect and reflect the light from the side. When two kinds of light are overlapped, a perfect spot effect can be obtained. The efficiency of TIR lens can reach over 90%, beam angle is less than 60°, that can be applied to the lamp of small angle.
When to use a lens and when to use a reflective cup?
The effect of lens is relatively perfect, without the presence of the secondary spot, and the light shape is more beautiful. On the contrary, the effect of reflection cup is with secondary spot, and the light shape has stratification effect. A friend who believes in a normal aesthetic will fill a bit unsatisfactory for a picture with deputy spot, and even seem awkward. But, does mean that a reflection cup with deputy spot is useless? The answer is not true.
Changing another scene, reflection cup is still a reflection cup, deputy spot is still a deputy cup. However, when the effect of deputy spot is completely highlighted. It is not a level to be seen in its aesthetics. So, the problem, choose lens or reflection cup as a secondary light distribution components, is a difficult selection.
As a developer, you need to figure out where your need are, where you use them, what the prerequisites are, and what you need to achieve. Then, there is the further implementation process and the implementation plan. Or the same sentence, what effect you need is the same optical elements you think the best. They are not good or bad.

https://www.leduvcuring.com/products

Next, we recommend the suitable lamps for reflection cup and lens (without optical requirements).
1.Down-Light (Wall Lamp)
Like the lamps of Down-Light, is usually installed on the wall of the corridor, which is one of the closest to the eyes. If the light intensity of lamps is strong, it is easy to show the psychological and physiological maladjustment. Therefore, the design of down-light, without special requirement, the effect of using reflector cup is better than lens. Because there is an excess of deputy spot, which does not cause the eyes to be uncomfortable when people walk in the corridor under the strong light intensity.
2.Floodlight (Spot Lamp)
The floodlight is usually to illuminate something, which needs a certain range and light intensity. What’s more important, it needs the object of irradiation to be clearly visible in the person’s vision. Therefore, like this kind of lighting, and far away from eyes, it usually do not to be uncomfortable for people. While design, using lens will be better than the reflective cup. In the case of single light source, it is better to use the pin-field lens. After all, it is not comparable to the general optical element.
3.Wall Washer Light
Wall washer light usually uses in metope to illuminate, its interior light source is more. It’s easy to get uncomfortable if you use a reflective cup with a strong deputy spot. Therefore, like the lamps of wall washer light, use lens is better than reflective cup.
4.Luminaire for Industrial Use
It’s really a hard choice to make. First of all, we know the application site of mining lamp, and the large area of large space such as factory building, toll booth and large shopping mall. There are a lot of factors that can’t be controlled, for example, the height and width can easily interfere with the application of lamps. Therefore, how do we choose a lens or reflection cup?
The best way to do that is to decide on a high level. We recommend to use reflection cup in installing height comparison base and a place close to eye, to use lens in relatively high installation height. Without any other reasons, the bottom is too close to the eye, it needs an overmuch, high with the eye distance too far, it needs a range.

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UV LED Flashlight 365nm UV Fluorescence Detection Professional Flashlight

Please do not underestimate UV LED 365nm Flashlight. It is a multipurpose product, anti-counterfeiting detection, jewelry identification, blood test, oil collecting and other uses. It is small,  but most of customers choose it because of its portable.



Parameters:
Model : DSX033B3W
Type : UV LED Flashlight
Luminous Flux : 9999 (LM)
Power : 3W
Wavelength : 365nm
Size : diameter : 24.1mm, length : 118mm
Weigh (UV Flashlight) : 76g
Weigh (include Packing) : 88g
Accessories : charger, protective sleeve, packaging box
Satisfied with National Penetration Testing Standard JB4730.5-2004. The UV intensity of 38cm away from the target is higher 300uw/cm2.

Characters of High Power UV LED Flashlight
1.Light source is suitable for pure wavelength 365nm LED, unit area 365nm UV intensity is outdistance traditional black light lamp and UV light over 10 times.
2.You can fellow the switch without any waiting.
3.Extra-long life, over 20000 hours, far surpasses traditional black light lamp and UV light.
4.Easy to carry.
5.The shell is treated with aerofoil and hard oxygen, especially strong and durable, suitable for laboratory plant and outdoor environment.
6.Super Brightness 450mW
7.Powered by a lithium battery 18650. Rechargeable.

Application of High Power UV LED Flashlight
Public security criminal police spot trace detection, fluorescent powder detection, UV glue solidification, oil pipeline leak detection, banknote detection, certificate detection, bill detection and other uses. The main categories are the following :
1.Penetrant detection, fluorescence detection
2.Biological polymerization and fluorescence observation
3.Air conditioning refrigerant leak detection
4.Engine oil leak detection
5.Criminal investigation: fingerprints, blood stains
6.Ore fluorescence observation
7.Oil pollution cleaning test
8.Fluorescent flaw detection: fluorescent penetrant detection of steel, non-ferrous metal, automobile, airplane, etc.
9.Pollution inspection: electronic components, motherboard, dust inspection, LCD panel, dust free room entry inspection.
10.Leakage inspection: oil pressure machine, liquid tank, discharge pipe and other oil leak detection, using fluorescent agent for leakage inspection.
11.Degreasing cleaning confirmation: food industry, kitchen, cooking utensil, tableware degreasing cleaning confirmation

Cautions of High Power UV LED Flashlight : Please do not look directly at UV light.

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One of the most Important applications of UV Flashlight : inspect jewelry, play, jade, porcelain, wood or not glue

Below is a photo of an enthusiastic buyer friend who bought two. The picture reflects the injection of the south red agate, the ultraviolet lamp a dozen, the trace appears immediately.

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UV LED Masking System

UV LED Masking System can be used for electronics, PCB board and chip, optical lens fixed layer, speakers, DVD bald, computer wire connector, medical industral and other application fields.

Characteristics :
1. LED Oven is cold light source with no thermal radiation, and the temperature of the exposure products is almost contant.
2. The chassis is made of the U.S. imported transparent anti-septal material.
3. No toxic substances, no mercury, no ozone, is a safer and more environmentally friendly alternative to traditional light source.

https://www.leduvcuring.com/uv-masking-system_c13

Parameters :
Brand : UV-RLHX
Driving Pattern : manual, automatic, step, pulse
Supply Voltage : 110/220VAC
Power Consumption : <500W
Light Intensity Power Range : 0-100%
Light Intensity : 3000mW / cm2
Wavelength : 365nm 385nm 395nm 405nm
UV LED Irradiation Area : 100*200 (mm), 100*300 (mm), 200*200 (mm)
Cooling Method : air cooling
Environment Temperature : +5~+40℃  Storage : -15~+65℃
Environment Humidity : 20-85%
Service Life : 25000~40000 hours
Other size can be customized.

https://www.leduvcuring.com/uv-led-masking-system_p98.html

The Application of UV Curing

UV Light Curing Machine uses strong ultraviolet radiation and instantaneous surface curing, is a high and new technology developing rapidly in recent years. Its unique radiation characteristics and the use of good performance have attracted the attention of the technology and business circles. UV frosting ink for printing cigarette case, wine packaging, grinding placard is curing fast and sand feel food. It is used to offset all kinds of non-permeable base material and instant dry adhesion. Like UV transparent ink, UV foaming ink, UV gem inks, UV ice ink, etc., all of them are dependent on UV light light curing machine.

It is widely used in many fields such as electron, optical fiber, liquid crystal, screen printing and packaging industry, etc.. Screen printing, medium-width packaging carton offset printing, nameplate,desk calendar and other UV ink curing. Various CARDS, calendar nameplate UV curing. Large card paper UV varnish drying and curing equipment.

UV adhesive or UV ink curing for small electronic plastic hardware; Electronic, precision parts, magnetic head, magnetic material optical chip, liquid crystal display, micro-motor and other UV light solid adhesive glue curing; UV adhesive curing equipment of liquid crystal display glass edge.

 UV curing equipment for double-sided board or double printing surface (printed wiring board, etc.).

The UV curing equipment (trademark, printing press or other type of production line) of strip printing is connected and refit, continuous UV curing, the efficiency is doubled.

Plastic button, metal plate, PE plastic shell of UV oil, UV glue curing; Marking curing special equipment for ceramic capacitance production line, small electronic components.

Portable UV curing experimental equipment for field experiment, small amount of production, site repair, desktop curing test and small batch UV curing experimental equipment.

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At present, radiation curing products have been penetrated into all aspects of industrial production and daily life, almost everywhere, just give examples of some typical:

Coating

Disks, optical fiber, magnetic tape and magnetic card, high-grade goods bags, photographic film, magazine cover, vacuum metal plastic, cans, furniture, veneer, laminated board, wall panels, vinyl floor tile surface, electroplating metal and leather decoration, etc..

Ink

Lithography, letterpress printing, flexo-graphic printing, gravure printing and screen printing, etc..

Adhesive

Automobile headlights, pressure sensitive labels and transfer printing, electronic device package, medical plastic parts assembly, etc..

Electron Device

Printed circuit board coating, corrosion inhibitor, flux, character ink, anti-light dry film, protective coating, etc..

Others

Printing plate, medical device, dental fillings, cosmetics boxes, glasses, golf, trophies, skis, snowmobiles, advertising signs and other coating curing or decoration, and 3D light casting processing.

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Because the radiation curing has less pollution, fast curing, low energy consumption. In recent years, not only gradually replaces traditional coating in the radiation curing wood coatings, metal decoration and printing industry, and has begun to widely applied precision industry such as optics lens, electronic components, optical fiber coating.

Mainly applications of radiation curing:

Wood coating---wood primer and surface varnish and paint: packing (filling the interior and surface of the board), water base furniture coating.

Plastic coating---thin film coating and hard coating: automotive parts, instruments, optical disks, credit CARDS, window films and metallized plastic low material coatings for automotive headlights and luminescent components.

Paper coating---surface gloss, metallized paper substrate coating for decorative paper, label, card and written, etc..

Floor coating---vinyl base felt, vinyl silicon, parquet floors.

Metal coating---food canning, car and equipment decoration, traffic tunnel wall board.

Silicon copper coating---conformable coating, encapsulated compound, photo-resist, soft (hard) disc, CD, tape,  optical fiber.

Ink---plate printing (cardboard boxes, soft packaging, magazines, publications), screen printing (plastic labels, plastic bottles, foil, paper and cardboard packaging) and printing.

Adhesive---laminated material (paper or film / wood, film, paper, foil, etc.), common adhesion (automotive parts, optical devices), and pressure sensitive adhesive (label, contact paper / film, etc.).

Cross-linking---thermal shrink film, electrical insulation material.