Unbreakable Polymer Bond with UV Curing

post 95 UV glue curing is becoming a popular method for many commercial and industrial processes requiring a permanent unbreakable bond in their application.   Often referred to as liquid glue, when sealed with the powerful effects of ultraviolet (UV) radiation, it is more often a polymer rather than glue that provides a strengthened bond.   Often times polyurethane, epoxy or other polymer is used and will dry clear when exposed to UV light.

These specialty polymers harden within seconds of exposure to UV radiation, typically within three seconds although some processes may require additional exposure for maximum adhesion.  Regardless of the time in seconds, this process is considerably less time consuming than applying a chemical coating or other drying methods.

Chemical treatment of manufactured parts requires the purchase of toxic chemicals and ventilation areas for employees applying these volatile compounds.  Bonding with drying takes more time than with UV curing and can also leave inconsistencies in your finished product due to evaporation.

UV Glue Curing Provides Fast and Consistent Bonding

UV glue curing is fast and effective, providing instant hardening with no evaporation or chemical exposure.  Ultraviolet radiation provides effective solutions for large volume production with consistently accurate results.

Curing polymers with UV light provides quick cure rates and allows for specific, targeted applications whether applied to glue or any other various polymers.  The most effective wavelength of UV radiation occurs between 240nm – 270nm, or 350nm to 380nm.

With LightSources’ decades of experience in the manufacturing of UV curing lamps, let our expertise and knowledge make it easy for you to find the best lamp for your application.

LightSources and our affiliated companies represent the leading high-tech designers and manufacturers in the lamp industry today.  Our products are used world-wide in a multitude of applications and industries such as our UV polymer curing lamps that offer patent-protected, OEM-oriented solutions.  Please contact us to learn more about our large selection of specialty custom and standard lamps.

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UV Curing Explained – What You Need to Know

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Ultraviolet (UV) light is a powerful form of electromagnetic radiation that has been used for decades to cause a reaction to various materials by altering their chemical properties.  UV radiation is not visible to the human eye, with a wavelength in the range of 10 to 400 nm (nanometer) emitting either UVA, UVB, or UVC radiation.

UVA – UVB – UVC Radiation Explained

UVA and UVB radiation is utilized to create a photochemical reaction that instantly dries inks, varnishes, coatings or adhesives and is beneficial in various UV printing or UV drying processes.  UVA light is emitted between 315 and 400nm, with UVB in the range of 280 to 315nm.   The powerful effect that UV radiation causes to materials is fast and efficient, with a hardening or drying process occurring in seconds.  Treating multiple parts in seconds is very cost effective for manufacturers with faster cycle times and increased capacity.

OEM’s around the globe are realizing the benefits of UV curing lamps for enhancing several industries including printing, wood treatment for flooring products, and purification of air and water in sterilization and purification systems.

UVC wavelength is in the range of 200 to 280 nm and is highly effective in sterilization applications used to sanitize either air or water.  UVC germicidal lamps are used in various medical and purification systems, providing clean air in hospitals and sanitary medical equipment.  The LightSources group consists of the leading experts in research and design, engineering and manufacturing the highest performing UV curing lamps in the industry.

High Performing and Cost-Efficient UV Curing Lamps

LightSources and European partner, LightTech, are leading manufacturers of all types of UV curing lamps providing proven solutions to OEMs worldwide.  We offer a wide selection of standard UV lamps and components, or will create a custom lighting solution specific to your application.   Our vast resources include a modern glassmaking facility in Europe where we utilize proprietary and patented technology to provide the best UV Curing lamps in the industry at a reasonable cost to manufacturers.

We have a wide selection of high pressure UV (HPUV) lamps, medium pressure (MPUV), medium pressure output (MPHO) lamps or our low pressure amalgam lamps with patented technology for long lasting performance even through end of useful life.   The LightSources group will guide you to the most cost efficient and effective UV curing lamps for your system, providing a quick return on your investment.

LightSources in the United States and LightTech in Europe are leading experts in all varieties of UV lamps for curing applications.  Contact us today to speak with one of our knowledgeable lighting experts for guidance on the most appropriate lamps for your process. 

UV Drying Lamps Provide Quick Return on Investment

 

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Ultraviolet (UV) radiation is used in many industrial applications in highly effective UV drying lamps to provide a quick and strengthened bond when curing polymers such as resins, varnishes and inks.  Specialty resins that are exposed to UV wavelengths cause a photochemical reaction that produces a strengthened and hardened finish.  UV drying lamps provide cost efficient drying processes to a multitude of industrial applications.

UV Drying Lamps Aid Automotive Manufacturers

Automotive manufacturers utilize UV drying lamps in several applications to cure polymers in specialty parts.  UV drying creates a hardened gloss surface on interior parts, providing strengthened plastic parts that hold up with extensive wear and tear and still retain their exterior finish.  UV drying can add considerable strength to parts used in critical applications that require long lasting durability under high temperatures.

 UV drying is a fast and efficient process, saving time and money for production facilities with low maintenance, little repair cost and quick cycle times.

Printing Industry Enhanced with UV Curing

UV curing printing machines are enhancing the printing industry with specialty inks that dry instantly with little evaporation, providing a consistently crisp and clean finish.  UV drying lamps are used in printing processes for several products including postcards, glossy cards or calendars, magnets, plastic bottles or wood products.

UV Drying Lamps Cure Wood and Flooring

UV drying lamps can instantly cure ink on vinyl, wood and even concrete, improving stain resistance and long-lasting durability during wear on tear on floors.  UV drying is highly effective with no lasting chemical residue and provides a fast curing process suitable for walking on within minutes of treatment.

UV Drying Lamps for Medical Sterilization

UV lamps are highly effective at sterilization and disinfection assisting the medical industry with safe products and surfaces.   UV drying lamps are used to sterilize medical devices including hearing aids, syringes, dialysis machines and test strips to name just a few of the many purposes for UV lamps in the medical industry.

LightSources and its affiliated companies – LCD Lighting, Voltarc, LightTech, and Cerlux represent the leading high-tech designers and manufacturers in the lamp industry today. Our standard lamps and components as well as customized products offer high-quality solutions to meet our partner’s unique needs.  We invite you to contact us to learn more about our wide selection of lamps.

UV Drying Lamps are Fast and Cost Effective

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OEM’s around the globe are harnessing the power of UV drying lamps, and are realizing an improvement in process with quality and cycle time, in addition to valuable cost savings with improved efficiency.  There are many industries using UV drying lamps in various industrial production processes worldwide.

UV drying lamps are effective with a very quick drying time when compared to heat drying systems, for curing polymers, inks, varnishes and coatings.  Because UV lamps have such a quick drying time, they produce a more consistent hardened finish with much less shrinkage over heat systems.

This results in a higher level of quality for your products, providing countless benefits with satisfied customers, improved sales and increased customers.

In addition to an improved quality standard, UV drying lamps also provide a significant cost savings over heat or chemical drying methods.  The quick cycle time means more efficient production and higher capacity levels.   Less maintenance, less replacement costs, and a faster cycle time all equate to higher profits for you.

UV Drying Lamps Aid Automotive Industry

Many industrial processes are realizing the benefits of harnessing UV power for quick and effective curing of their parts.  The automotive industry sees a quick return on investment when using UV drying lamps to quickly dry outer coatings of polymers or inks, varnishes, and lacquers on either exterior or interior parts.

Faster Cycle Times

UV curing is a huge timesaver, as several parts can be cured at once, speeding up assembly lines.  With a quick drying time of seconds, they can be touched, handled and packaged in a faster amount of time. Faster cycle times equal more profitable production runs.

Strengthened Parts

This hardened surface not only dries quickly, it is also stronger and more resistant to breaking, warping or chipping.   This is important for parts in critical applications such as braking or air-bag systems.

LightSources and its affiliated companies – LCD Lighting, Voltarc, LightTech, and Cerlux represent the leading high-tech designers and manufacturers in the lamp industry today. Our standard lamps and components as well as customized products offer high-quality solutions to meet our partner’s unique needs.  We invite you to contact us to learn more about our wide selection of lamps.

UV Ink Curing Systems Provide Cost-Efficient Savings

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UV ink curing systems are utilized in several commercial and industrial applications, providing cost-efficient savings to OEMs around the globe.  UV curing is a very fast and effective method of curing inks, adhesives and coatings on a variety of substrates for many industrial purposes.

Several manufacturing processes are harnessing the power of UV radiation to cure and instantly dry inks and coatings on their products, giving a quick return on investment with cost-efficient savings.   The speed at which UV curing occurs greatly improves efficiency in several manufacturing processes.

How Does UV Radiation Cure Inks

Ultraviolet (UV) light can cause a photochemical reaction to occur to quickly dry specialty inks or coatings, creating a strengthened finish on products.  Medium pressure UV (MPUV) lamps are very effective at curing coatings and inks when harnessed at 367 nanometer (nm) to 400 nm.

UV ink curing is a process that is used in several industries and manufacturing processes, adding cost saving efficiencies to OEMs around the globe.  Some examples of manufacturing processes benefitting from UV curing include:

  • utomotive –Provides quick curing and drying of interior automotive components such as buttons and knobs
  • Aerospace – Fast and effective drying of inks and curing of adhesives create strong and durable components
  • Medical – Provides curing and disinfection purposes in medical and pharmaceutical applications
  • Packaging – Fast drying of printed labels on various packaging articles including, plastic, glass, and corrugated.
  • Marketing – A wide array of printing applications on either flat or cylindrical products for target marketing and brand awareness
  • Consumer Electronics – Curing and drying of adhesives and inks on electronic parts and circuit boards
  • Bonding Adhesives – Useful in several industrial applications
  • Instant drying of coatings such as glazes, varnishes, lacquers and inks

The LightSources Group has in-depth knowledge providing superior lamps for all UV ink curing systems utilized in virtually any commercial or industrial application.  With vast experience of low pressure, medium pressure and high pressure UV radiation, our skilled engineers are sure to find the proper UV lamps for your specialized application.

LightSources and our affiliated companies represent the leading high-tech designers and manufacturers in the lamp industry today.  Our products are used world-wide in a multitude of applications and industries such as our UV ink curing system lamps that offer patent-protected, OEM-oriented solutions.  Please contact us to learn more about our large selection of specialty custom and standard lamps.

High Pressure UV Curing Lamp Experts

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Ultraviolet (UV) radiation causes many useful chemical reactions, with purposes far beyond giving a suntan.  UV light, emitted within a specific range of wavelength, can cure and instantly dry inks, glues, adhesives and various coatings providing a smooth and hardened finish.  The proper UV lamps must be used, manufactured with experience and knowledge of the various functions provided by the different wavelengths of UV emissions.

UV curing can be used for curing surfaces in several industrial and manufacturing processes.  High pressure lamps, also referred to as Metal Halide lamps, are used in many industries such as automotive, aerospace, advertising, medical, food and beverage, cosmetics, and many others, for curing various surfaces quickly and effectively.

UVA / UVB / UVCVarious UV Wavelengths are Used for Specific Purposes

 UV radiation is emitted at different wavelengths, measured in nanometers, which means a billionth of a meter, and is the common measurement for wavelengths of electromagnetic radiation.   Visible light is within the range of 400 to 700 nanometers.

Ultraviolet light can be broken into three different categories, UVA, UVB and UVC, ranging between 200 to 400 nm.  UVA light has a wavelength with ranges between 315 – 400 nm, while UVB falls into the mid-range of 280 – 315 nm and causes most sunburn, and UVC makes up the shorter wavelengths ranging from 200 – 280 nm.

UVB and UVC light are most commonly used for sterilization and purification purposes in medical and environmental applications, with variations available in low pressure (LP) amalgam lamps, medium pressure (MPUV), and high pressure output lamps.

LightSources is the Expert on High Pressure UV Lamps

 High pressure UV curing lamps emit shorter wavelengths peaking at 254nm, and raging all the way to 365nm.  The typical high pressure lamp emits radiation within this range, although the shorter waves at 254nm are ideal for germicidal functions, including water, air and surface sterilization.

High pressure UV lamps can also be used in higher wavelengths ranging from 385nm to 417nm, and are used in reprographics, providing superior print quality for long lasting durable results.   The engineers at LightSources are not limited to the typical manufacturing standards; we can alter the spectral output with additive compounds, harnessing additional peaks of UV radiation.  We are experienced at using gallium-iodide at 400 – 450nm, and iron-iodide for desired ranges between 350 – 400nm.   Other variations of additives are available upon request, depending on your application and desired results.

 LightSources and our affiliated companies represent the leading high-tech designers and manufacturers in the lamp industry today.  Our products are used world-wide in a multitude of applications and industries such as our UV polymer curing lamps that offer patent-protected, OEM-oriented solutions.  Please contact us to learn more about our large selection of specialty custom and standard lamps.

Learn More about our European Glassworks

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LightSources and our European partner are the world’s top designers, engineers and manufacturers of innovative, high-tech lighting solutions. One reason we are able to offer our customers the flexibility of short runs and quick turnaround times is we own and operate one of the most advanced glassworks in Europe. Located in Dunakeszi, Hungary, our state-of-the-art facility opened in 2001 and provides us the ability to manufacture open, closed, FS and germicidal glass. Our proprietary SolGlass® is also manufactured here.

Our customers have come to know they can rely on us. Our abundant resources allow us to not only control the whole process involved in manufacturing the four major glass types used in most lamps, but to efficiently supply the products our clients need, when they need them. Within our twenty-acre facility, we have internal chemistry and phosphor capabilities that offer clients a range of proprietary and fully customized lighting solutions.

The germicidal soft glass we produce is our most open glass and allows for the highest UV transmission (91%). It is used in a number of applications to treat and sterilize air, water, and surfaces from bacteria, viruses and pathogens.

Our open glass is commonly used in tanning applications in North America. At 297nm, it offers approximately a 35% transmission and allows a balanced ratio of UV-A and B light to pass through the glass. LightTech’s closed glass is the most popular choice of the European tanning industry. It emits more UVA, while at the same time, offers the least amount of UVB energy.

The FS Glass produced at the Dunakeszi facility is used for dermatological purposes to treat specific skin conditions. The properties of FS glass are right between open and closed glass and use a very narrow band phosphor for pure UV-B lamps.

Another type of glass exclusively produced at our facility is SolGlass®. This proprietary glass offers the most significant innovation in tanning since the sun and is based on the combination of new glass technology and a proprietary phosphor blend. SolGlass® is a prime example and result of the combined research and development efforts of both our North American and European operations. See our website to learn about LightSources and LightTech glass.

LightSources and our affiliated companies are the leading high-tech designers and manufacturers in the lamp industry today. Our products are used world-wide in a multitude of applications and industries and offer patent-protected, OEM-oriented solutions. Please contact us to learn more our innovative and cost-effective line of specialty lighting.  

World’s Largest Signs

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Throughout the world there are many different types of enormous, lighted outdoor signs. The neon sign that looms over the Palace Station Hotel & Casino in Las Vegas, Nevada is one example. As the largest free-standing sign in the world, it consists of over 6 miles of neon and fluorescent lights and contains more than 12,000 individual light bulbs. The sign is 279-feet-tall and 40-feet-thick with a surface area of more than 70,000 square feet. An even larger sign had stood in its place but was blow over in a severe wind storm.

The biggest figural (signs based on human or animal figures) neon sign in the country is in Saginaw, Michigan. The sign is 35 feet tall and 50 feet long. Other large neon signs can be found in Piccadilly Circus in London, Tokyo’s Ginza and Shibuya, and Shanghai’s Nanjinj Road to name a few.

Also over the last few years, we have seen larger and larger digital billboards become part of a city’s landscape. Two years ago, New York Times Square went live with the highest resolution and most expensive digital billboard to-date in North America. The new billboard spans an entire city block and is eight stories tall and almost as long as a football field. The display has a higher resolution than the best top-of-the-line television sets and is comprised of nearly 24 million LED pixels, made up of miniature red, blue and green light. The screen represents one of the most expensive pieces of outdoor advertisement, and at the time it was installed, it cost more than $2.5 million for four weeks.

Another huge digital billboard in the U.S. is the 65-foot-tall and 320-foot-long sign at Harmon Avenue and Las Vegas Boulevard in Las Vegas. The billboard serves as a display for high-definition advertisements and special events, and has an ultra-high pixel count of 7K or 7,360 by 1,440 pixels.

LightSources and our affiliated companies are among the leading light bulb manufacturers in the world. As part of our group, Voltarc Technologies Inc. is a recognized leader in the signage industry and architectural lighting and the leading manufacturer of fluorescent and neon sign lighting components and specialty fluorescent lamps.

LightSources and our affiliated companies represent the leading high-tech designers and manufacturers in the lamp industry today. Our products are used world-wide in a multitude of applications and industries such as our UV air treatment systems that provide industries a way to disinfect and improve the quality of air without the need for toxic chemicals. Please contact us to learn more about our broad range of standard and custom lighting solutions.

What is the Most Energy Efficient Light Bulb?

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At the LightSources group, we recognize that it is important to produce our energy-efficient lamps in the most environmentally-friendly way. To meet that goal, we continue to develop environmentally-friendly technologies as well as implement green business practices. We also provide on-going training for employees regarding the latest environmental issues and proper practices within our industry.

While we strive to lessen our carbon footprint and incorporate sustainable methods into our day-to-day operations, we thought it is important to discuss lighting options for our own homes. Any visit to a do-it-yourself big box store, indicates the selection of energy-efficient light bulbs intended for home use is getting bigger and more complicated.

The U.S. Department of Energy website offers insight into how to light your home with the same amount of light but less expensively. Data shows 5% of the average U.S. household’s energy budget goes to lighting and that one of the easiest way to reduce your energy bills are to use energy-efficient light bulbs.

Although no longer being manufactured, traditional incandescent bulbs used a lot of energy to produce light and 90% of the energy was given off as heat. However when we look at today’s shelves and shelves of bulbs filled with an assortment of halogen incandescent, compact fluorescent lamps (CFLs) and light emitting diodes (LEDs), it can be confusing on what to buy.

While halogen incandescent lamps meet the federal regulations, there are now better options available. The Dept. of Energy states compact fluorescent lamps (CFLs) are simply curly versions of the long tube fluorescent lights we are all familiar with. Although they are more expensive than traditional incandescent bulbs, CFLs typically pay for themselves in less than nine months. An ENERGY STAR rated CFL “uses about one-fourth the energy and lasts ten times longer than a comparable traditional incandescent bulb that puts out the same amount of light.”

Light emitting diodes (LEDs) represent the fastest developing light technologies. ENERGY STAR LEDs are rated as using only “20%–25% of the energy and last up to 25 times longer than the traditional incandescent bulbs they replace.” They also use less energy and last 8 to 25 times longer than halogen incandescent bulbs.

LightSources and our affiliated companies represent the leading high-tech designers and manufacturers in the lamp industry today. Our products are used world-wide in a multitude of applications and industries such as our UV air treatment systems that offer patent-protected, OEM-oriented solutions. Regardless of whether you are a small or large company, or an entrepreneur with a new product idea; trust us with your specialty lighting needs.

Source: energy.gov/energysaver/lighting-choices-save-you-money

Pellet Amalgam Lamp Technology

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If you are looking for the most cost-effective, and environmentally-friendly solution for curing adhesives and resins or for inks used in quality magazines and newspapers, you need to consider our excellent low pressure UV lamps. LightSources and LightTech’s low pressure UV mercury lamps are used worldwide in a variety of industries, and are not only safer than heat-based curing systems but produce no hazardous byproducts. Furthermore, UV curing lamps also offer the benefit of lower operating costs since they use less power than medium pressure lamps and are ideal for applications that require dimming.

If you want to cure cationic based inks and adhesives, you may want to take a look at LightSources and LightTech’s amalgam lamps, which incorporate our proprietary pellet amalgam technology. This exclusive, cutting-edge technology was pioneered and patented by us. Pellet amalgam technology’s major benefit over spot amalgam is that the pellet lamps produce a higher UVC intensity as well as provide higher UVC output while in 80% and 60% dimming operational modes.

With an output of 300 to 1,000 watts with one-third of it usable UVC energy, our amalgam pellet lamps save money by allowing you to downsize your system as it provides the maximum efficiency for UV curing. In comparison a typical low pressure UV curing lamp produces outputs only as high as 150 watts.

Another reason you will want to take a look at LightSources and LightTech’s proprietary pellet amalgam lamps is that they can be mounted horizontally or vertically which allows for better efficiency. In addition they are capable of operating in more extreme ambient environments.   Please take a look at our website to find out more information about our UV curing lamps as well as the rest of our extensive line of quality standard and customized lighting solutions.

LightSources and its affiliated companies – LCD Lighting, Voltarc, LightTech, and Cerlux represent the leading high-tech designers and manufacturers in the lamp industry today. Our products are used world-wide in a multitude of applications and industries such as our avionic display backlighting that is part of the National Defense and US Space Program.