Latest news with #UVC
Yahoo
2 days ago
- Automotive
- Yahoo
Light Reflective Film Market Analysis and Demand Forecast 2025-2030: Revenues to Grow by $660 Million at 7.11% CAGR
The light reflective film market offers growth potential through energy-efficient regulations and innovative technologies in architecture, automotive, and electronics. Key opportunities lie in leveraging advanced multi-layer films, adapting to tariff impacts with nearshoring, and embracing digital supply chain solutions. Dublin, Aug. 14, 2025 (GLOBE NEWSWIRE) -- The "Light Reflective Film Market by Application (Architectural, Automotive, Electronics), Product Type (Ceramic, Metallic, Polymeric), Function, End User, Thickness, Distribution Channel - Global Forecast 2025-2030" report has been added to reflective film is gaining prominence as an essential component for architects, automotive leaders, and electronics manufacturers seeking functional and aesthetic enhancements across diverse applications. This report enables senior executives to benchmark strategies, anticipate regulatory shifts, and leverage innovation to enhance operational efficiency in evolving markets. Market Snapshot: Light Reflective Film Market Growth and TrendsThe Light Reflective Film Market grew from USD 1.51 billion in 2024 to USD 1.62 billion in 2025. It is expected to continue expanding at a CAGR of 7.11%, reaching USD 2.28 billion by 2030. The market's upward trajectory is driven by rising adoption of advanced coatings, energy efficiency mandates, and innovative multi-layer composites across multiple sectors. Stakeholders are increasingly focused on optimizing glare reduction, UV protection, and thermal management within architectural, automotive, electronics, and signage & Segmentation: Deep Dive into the Light Reflective Film SectorGain comprehensive insight into competitive positioning, solution development, and market opportunity across the following segments: Applications: Architectural (curtain walls, storefronts, skylights, windows), automotive (aftermarket aesthetic, replacement, commercial, passenger vehicles), electronics (mobile devices, monitors, televisions), and signage (indoor exhibitions, retail displays, billboards, road signage). Product Types: Ceramic (multi-layer, nano ceramic), metallic (aluminum-based, silver-based), polymeric (ethylene vinyl acetate, polyester). Functions: Anti-glare (hard coat, matte), decorative (color-tinted, patterned), privacy (frosted, one-way), safety (ballistic, shatter resistance), UV protection (UVA, UVB, UVC). End Users: Aftermarket for both architectural and automotive sectors, OEMs supplying architectural and automotive markets. Thicknesses: Thin, medium (up to 150 microns, 151-200 microns), thick film variants. Distribution Channels: Direct, local distributors, national distributors, e-commerce (B2B, B2C platforms). Geographies: Americas (including key US states and countries in North and South America), Europe, Middle East & Africa (comprising major EU economies and Middle Eastern hubs), Asia-Pacific (notably China, India, Japan, Southeast Asia, and Oceania). Featured Companies: 3M Company, Avery Dennison Corporation, ORAFOL Europe GmbH, Nitto Denko Corporation, FLEXcon Company, Inc., Morgan Adhesives Company, Eastman Performance Films, Inc., Sumitomo 3M Limited, Changzhou Evercare Co., Ltd., Hangzhou Tatek Film Co., Ltd. Key Takeaways Advanced nano-ceramic and multi-layer film technologies are transforming performance benchmarks in heat rejection, optical clarity, and sustainability-providing competitive leverage for manufacturers committed to continuous innovation. Architectural and automotive segments lead demand, with tailored film solutions optimizing both function and design for commercial buildings, vehicles, and consumer electronics displays. Alignment with energy efficiency regulations and evolving environmental standards is vital, as product innovation increasingly focuses on recyclability, low-volatile organic compound emissions, and compliance-driven material compositions. Supply chain agility, supported by nearshoring, robust scenario planning, and strategic supplier partnerships, is now a critical capability for mitigating tariff-related and geopolitical risks. Digital transformation-through real-time supply chain monitoring and predictive analytics-enables faster response to market signals and strengthens customer engagement across B2B verticals. United States Tariff Impact: Adaptation, Cost Strategies, and Value EngineeringFollowing the introduction of new US tariffs on imported ceramic, metallic, and polymeric film materials in 2025, industry stakeholders faced notable shifts in cost structures and supply chain strategies. Sourcing adjustments favored North American suppliers and spurred manufacturers to invest in domestic production lines, while procurement protocols increasingly emphasized nearshoring, scenario planning, and value-engineered components to sustain profitability. These changes prompted downstream sectors-such as construction and electronics assembly-to reconsider total cost of ownership models for film & Data Sources for the Light Reflective Film MarketThis report utilizes a blended methodology-integrating primary interviews with executives and product managers, quantitative market analysis from proprietary and public databases, and triangulated validation via technical reports and regulatory filings. Differentiation of market segments is based on clustering and benchmarking, with rigorous peer review ensuring data accuracy and This Report Matters to Senior Leaders Identifies actionable growth opportunities and emerging risks across the global value chain, directly informing procurement and R&D decisions. Equips C-suite leaders with insights into tariff adaptations, sustainability imperatives, and end-user customization needs for strategic planning. Enables benchmarking of competitive strategies and rapid detection of sector-specific shifts in technology, regulation, and distribution. Key Attributes Report Attribute Details No. of Pages 196 Forecast Period 2025-2030 Estimated Market Value (USD) in 2025 $1.62 Billion Forecasted Market Value (USD) by 2030 $2.28 Billion Compound Annual Growth Rate 7.1% Regions Covered Global Key Topics Covered1. Preface2. Research Methodology3. Executive Summary4. Market Overview4.1. Introduction4.2. Market Sizing & Forecasting5. Market Dynamics5.1. Adoption of graphene-infused reflective films for enhanced thermal management in electronics5.2. Rising demand for customizable LED-integrated reflective films in smart building facades5.3. Development of biopolymer-based reflective films to meet stringent sustainability regulations5.4. Integration of UV-resistant coatings in reflective films for outdoor signage longevity5.5. Growing use of retroreflective microprismatic films in high-visibility workwear and public safety gear5.6. Shift toward digital printing compatibility in reflective films for personalized advertising displays5.7. Collaboration between film manufacturers and automotive OEMs to develop next-generation adaptive headlights6. Market Insights6.1. Porter's Five Forces Analysis6.2. PESTLE Analysis7. Cumulative Impact of United States Tariffs 20258. Light Reflective Film Market, by Application8.1. Introduction8.2. Architectural8.2.1. Commercial8.2.1.1. Curtain Walls8.2.1.2. Storefront8.2.2. Residential8.2.2.1. Skylights8.2.2.2. Windows8.3. Automotive8.3.1. Aftermarket8.3.1.1. Aesthetic Film8.3.1.2. Replacement Film8.3.2. Original Equipment8.3.2.1. Commercial Vehicles8.3.2.2. Passenger Vehicles8.4. Electronics8.4.1. Mobile Devices8.4.1.1. Smartphones8.4.1.2. Tablets8.4.2. Monitors8.4.2.1. Desktop8.4.2.2. Laptop8.4.3. Televisions8.4.3.1. LED8.4.3.2. OLED8.5. Signage8.5.1. Indoor8.5.1.1. Exhibition8.5.1.2. Retail Displays8.5.2. Outdoor8.5.2.1. Billboards8.5.2.2. Road Signage9. Light Reflective Film Market, by Product Type9.1. Introduction9.2. Ceramic9.2.1. Multi Layer Ceramic9.2.2. Nano Ceramic9.3. Metallic9.3.1. Aluminum Based9.3.2. Silver Based9.4. Polymeric9.4.1. Ethylene Vinyl Acetate9.4.2. Polyester10. Light Reflective Film Market, by Function10.1. Introduction10.2. Anti Glare10.2.1. Hard Coat10.2.2. Matte10.3. Decorative10.3.1. Color Tinted10.3.2. Patterned10.4. Privacy10.4.1. Frosted10.4.2. One Way10.5. Safety10.5.1. Ballistic10.5.2. Shatter Resistance10.6. UV Protection10.6.1. UVA10.6.2. UVB10.6.3. UVC11. Light Reflective Film Market, by End User11.1. Introduction11.2. Aftermarket11.2.1. Architectural Aftermarket11.2.2. Automotive Aftermarket11.3. OEM11.3.1. Architectural OEM11.3.2. Automotive OEM12. Light Reflective Film Market, by Thickness12.1. Introduction12.2. Medium12.2.1. 151 To 200 Microns12.2.2. Up To 150 Microns12.3. Thick12.4. Thin13. Light Reflective Film Market, by Distribution Channel13.1. Introduction13.2. Direct13.3. Distributors13.3.1. Local Distributors13.3.2. National Distributors13.4. E-Commerce13.4.1. B2B13.4.2. B2C14. Americas Light Reflective Film Market14.1. Introduction14.2. United States14.3. Canada14.4. Mexico14.5. Brazil14.6. Argentina15. Europe, Middle East & Africa Light Reflective Film Market15.1. Introduction15.2. United Kingdom15.3. Germany15.4. France15.5. Russia15.6. Italy15.7. Spain15.8. United Arab Emirates15.9. Saudi Arabia15.10. South Africa15.11. Denmark15.12. Netherlands15.13. Qatar15.14. Finland15.15. Sweden15.16. Nigeria15.17. Egypt15.18. Turkey15.19. Israel15.20. Norway15.21. Poland15.22. Switzerland16. Asia-Pacific Light Reflective Film Market16.1. Introduction16.2. China16.3. India16.4. Japan16.5. Australia16.6. South Korea16.7. Indonesia16.8. Thailand16.9. Philippines16.10. Malaysia16.11. Singapore16.12. Vietnam16.13. Taiwan17. Competitive Landscape17.1. Market Share Analysis, 202417.2. FPNV Positioning Matrix, 202417.3. Competitive Analysis The companies profiled in this Light Reflective Film market report include: 3M Company Avery Dennison Corporation ORAFOL Europe GmbH Nitto Denko Corporation FLEXcon Company, Inc. Morgan Adhesives Company Eastman Performance Films, Inc. Sumitomo 3M Limited Changzhou Evercare Co., Ltd. Hangzhou Tatek Film Co., Ltd. For more information about this report visit About is the world's leading source for international market research reports and market data. We provide you with the latest data on international and regional markets, key industries, the top companies, new products and the latest trends. CONTACT: CONTACT: Laura Wood,Senior Press Manager press@ For E.S.T Office Hours Call 1-917-300-0470 For U.S./ CAN Toll Free Call 1-800-526-8630 For GMT Office Hours Call +353-1-416-8900
Economic Times
07-08-2025
- Health
- Economic Times
Biohacker Bryan Johnson sounds alarm on UV rays: 'Sun can damage skin indoors too'; shares protection protocol for youthful skin
Synopsis Bryan Johnson, known for his anti-aging pursuits, is now cautioning about the dangers of indoor sun exposure. He highlights that UV rays can penetrate windows and harm skin even on cloudy days. Johnson advises monitoring UV levels, using UV-tinted windows, and limiting sun exposure to protect against premature aging and skin damage, urging a reevaluation of sun safety measures. Agencies Bryan Johnson warns about indoor sun damage. He shares his UV protection routine. UVA and UVB rays cause aging and skin cancer. Glass windows offer limited protection. Indoor exposure contributes to cumulative sun damage. Johnson uses UV-tinted windows and umbrellas. On a cloudy day or even behind glass walls, most of us assume we're safe from the sun's wrath. But tech entrepreneur and biohacking icon Bryan Johnson has a different take. Known for his ambitious anti-aging experiment Blueprint and extreme longevity routines—from plasma transfusions to methylene blue therapy—Johnson is now raising an alarm on a less headline-grabbing but deeply pervasive issue: sun damage to X (formerly Twitter), Johnson cautioned that ultraviolet (UV) rays from the sun can harm your skin even on overcast days or through windows. 'The sun can damage your skin even on cloudy days and indoors through windows,' he wrote, before sharing his own daily protocol to minimize exposure.'Check UV levels before exposing your skin,' he advised in a recent post. 0–2: safe 3–5: protect your skin and limit exposure 6+: best to protect or avoid His routine includes: Sunlight only before 10am and after 4pm UV-tinted windows that block 99% of rays A UV umbrella during high UV periods — bryan_johnson (@bryan_johnson) Johnson, 47, is no stranger to extreme wellness routines. He reportedly spends over $2 million annually on reversing aging, tracking every molecule in his body in hopes of slowing down time. Recently, he made headlines after revealing his urine turned blue from ingesting methylene blue, a compound believed by some in the biohacking community to boost mitochondrial function and cognitive health. But his warning about UV exposure marks a pivot from complex internal therapies to simple, surface-level protection—a reminder that even basic environmental exposures can accelerate to Johns Hopkins Medicine, UVA and UVB rays from the sun are responsible for premature aging, skin cancer, and eye damage. Even common household light bulbs, tanning beds, and nail dryers emit UV radiation. While UVC rays are filtered by the Earth's atmosphere, the remaining UV spectrum still packs a punch.'Melanin offers limited protection,' an article on Johns Hopkins notes. 'When the amount of UV rays exceeds the skin's natural defenses, sunburn and long-term damage occur—even indoors.'So why is this revelation significant? Most people don't wear sunscreen inside their homes or offices, let alone think twice about sitting by a sunny window. But the Cleveland Clinic confirms that UV rays can penetrate standard glass, causing elastin breakdown, which leads to sagging, wrinkling, and even actinic keratosis, a precancerous skin condition. Moreover, frequent indoor exposure still contributes to cumulative sun damage, which, over time, increases the risk of skin cancers like basal cell carcinoma and squamous cell carcinoma. Those with lighter skin, freckles, and red or blond hair are at higher risk, but no skin tone is more alarming, prolonged UV exposure can lead to vision problems like cataracts, something often overlooked in daily indoor emphasis on UV-index monitoring and structural interventions like tinted windows shows how technology can work alongside biology to reduce harm. While most of his biohacks, from IHHT (Intermittent Hypoxia-Hyperoxia Training) to gene expression tracking, seem far removed from everyday life, this particular protocol is surprisingly practical and warning may sound extreme, but data backs his claims. According to the FDA and the Cleveland Clinic, UV exposure, even when indirect, affects your skin's DNA, potentially triggering uncontrolled cell growth—a.k.a. cancer. What's worse, sun damage is often invisible until it's too late.'Skin damage doesn't show when you're young,' the Cleveland Clinic warns. 'It appears later in life—and by then, prevention is no longer an option, only correction.'Whether you see Bryan Johnson as a visionary or a walking science experiment, his protocols open up a larger public health conversation. Are we too casual about sun exposure? Are we unknowingly speeding up the very aging process we spend fortunes trying to reverse?As Johnson himself puts it, it's not just about living longer—it's about living next time you skip sunscreen on a cloudy day or soak up filtered rays behind a windowpane, consider this: your skin still sees the sun, even when you don't. And if the world's most extreme anti-ager is hiding from indoor UV rays, maybe it's time to rethink what 'sun safety' really means.
Irish Independent
29-07-2025
- Health
- Irish Independent
Warning that Cork University Hospital's emergency department is experiencing ‘very high' levels of activity'
The public are being advised to consider all care options - including GPs, pharmacists and SouthDoc out-of-hours services. When there is a large volume of ED attendances, patients are prioritised in terms of clinical need and wait times for non-urgent care can be lengthy, the HSE South West said. They added that patients arriving to the ED will be clinically assessed and seen in order or priority, so those with non-urgent presentations will be waiting a long time and are advised to seek alternative treatments. HSE South West also said that GPs can also access Urgent Virtual Care (UVC), a new regional telehealth service which allows GPs and paramedics to consult directly by phone, or by video call, with a senior medical decision-maker in emergency medicine or geriatric medicine. They can advise if you need to attend the ED. People who do require emergency care are encouraged to attend EDs where they will be prioritised. 'Our priority is to protect access to emergency care for those who need it most,' said HSE Integrated Area Manager for Cork South and West Priscilla Lynch. 'We're asking the public to help us by seeking treatment through other trusted services such as GPs, SouthDoc, pharmacists, and their local injury unit. The new Urgent Virtual Care service is also a vital tool to help GPs assess patients and guide them to the right pathway.' Chief Executive Officer, Cork University Hospital Jennifer Kearney urged everyone to 'pause' and consider a number of options becoming coming to the ED. 'We are currently experiencing a surge in activity at CUH's Emergency Department. It's vital we reserve our resources for patients with the most critical needs. 'I urge everyone to pause and consider: 'Is the ED the right place for my care?' There are excellent alternatives available - including local GPs, pharmacies, SouthDoc, and injury units that can offer prompt and appropriate support,' she added. Know your options if you need medical treatment: • Self-care – Have a well-stocked medicine cabinet to help with colds and sore throats • Pharmacy – Ask your pharmacist for advice on common minor illnesses • GP Surgery – Make an appointment with your GP if you're feeling unwell • Local Injury Unit – For minor injuries, broken bones and burns. See for more information • Out-of-Hours GP – if your GP clinic is closed, call SouthDoc on 0818 355 999 • ED or 999/112 – For emergencies, please visit your nearest ED • Out-of-Hours GP – if your GP clinic is closed, call SouthDoc on 0818 355 999 • ED or 999/112 – For emergencies, please visit your nearest ED
Yahoo
26-06-2025
- Science
- Yahoo
Alien life could survive deadly stellar radiation, Earth's desert lichen reveal
When you buy through links on our articles, Future and its syndication partners may earn a commission. The key to determining which planets could host extraterrestrial life could be growing in the harshest deserts of Earth in the form of lichen. The secret to this discovery: the "world's best sunscreen." That's according to scientists who have found that lichen in the Mojave Desert managed to survive for 3 months under levels of intense radiation from the sun that had previously been considered lethal to this organism. While the lichen was badly damaged, it was able to recover and eventually replicate. That indicates to scientists that other extraterrestrial life that requires photosynthesis could prosper on terrestrial or rocky extrasolar planets, or "exoplanets," even if they are exposed to radiation from their own star that had previously been considered deadly. "The study was motivated by a curious observation," team member and Desert Research Institute scientist Henry Sun said in a statement. "I was just walking in the desert, and I noticed that the lichens growing there aren't green, they're black. They are photosynthetic and contain chlorophyll, so you would think they'd be green. "So I wondered, 'What is the pigment they're wearing?' And that pigment turned out to be the world's best sunscreen." Lichen is composed of algae or cyanobacteria that exist symbiotically with fungi. The lichen that formed the basis of this research is Clavascidium lacinulatum, or the "common lichen," found in arid regions across the globe, including Europe, Asia, North Africa, and, of course, the U.S. Life on Earth thrives on light from the sun, which plants and other life forms use to create sugars via photosynthesis. But sunlight is a mix of electromagnetic radiation of different wavelengths, and some of this radiation is not so useful to life; in particular, ultraviolet light. Terrestrial organisms have evolved to cope with Ultraviolet A (UVA) radiation and less common UVB radiation. In humans, UVA is associated with skin aging and wrinkle formation, while UVB causes skin damage like tanning, sunburn, and can even lead to skin cancer. However, light that leaves our star also contains UVC radiation, which has a shorter wavelength than UVA or UVB light and carries more energy, making it much more harmful to life, damaging DNA, and preventing reproduction. In fact, UVC is so lethal that it can be used to sterilize air and water, wiping out microorganisms like bacteria and viruses. Fortunately, our atmosphere filters out much of the ultraviolet light blasted at us from the sun, protecting life from its harshest effects. UVC radiation is completely absorbed, meaning it doesn't reach the surface of our planet. But terrestrial worlds in other star systems may not be so could be especially detrimental to life around so-called M-class and F-class stars, which are hotter and brighter than the sun and are known to belt out intense UVC radiation, especially during stellar flares. "After the launch of the James Webb Space Telescope (JWST), which can see extremely far into space, the excitement shifted from finding life on Mars to these exoplanets," Sun said. "We're talking about planets that have liquid water and an atmosphere." Sun and colleagues wanted to see how lichen coped with bombardment by UVC radiation, so they placed a sample next to a UVC lamp for 3 months in a controlled setting. "In order for a microorganism to persist on a planet, it has to last longer than a day," Sun explained. "So, our experiment had to be long enough to be ecologically significant. We also wanted to go beyond just activity and demonstrate viability." To their surprise, half the cells comprising the lichen regained the ability to replicate after water was reintroduced to them. After further investigation with chemists from the University of Nevada, Sun and colleagues found that this is because the acids of the lichen are akin to nature's version of the additives used to make plastics UV-resistant. Diving deeper, the team cut through the lichen, finding that the top layer was darker, almost like a suntan in humans. Furthermore, they found that when the fungi and the algae that make up lichen were separated, the algae died within minutes of UVC exposure. The team surmised that because lichen isn't regularly exposed to UVC thanks to Earth's atmosphere, its protective layer evolved as a bonus of its UVA and UVB shielding rather than as an aid to survival. "We came to the conclusion that the lichen's top layer—a less than millimeter thick skin, if you will—assures that all the cells below are protected from radiation," Sun continued. "This layer acts as a photostabilizer and even protects the cells from harmful chemical reactions caused by the radiation, including reactive oxygen." Related Stories: —The deadly atmosphere on Venus could help us find habitable worlds. Here's how. —Could nearby stars have habitable exoplanets? NASA's Chandra X-ray Observatory hopes to find out —What really makes a planet habitable? Our assumptions may be wrong As for this discovery's implications for life on other worlds, the team posits that some exoplanets may "be teeming with colonial microorganisms that, like the lichens in the Mojave Desert, are 'tanned' and virtually immune to UVC stress.""This work reveals the extraordinary tenacity of life even under the harshest conditions, a reminder that life, once sparked, strives to endure," team leader and NASA Goddard Space Flight Center researcher Tejinder Singh said. "In exploring these limits, we inch closer to understanding where life might be possible beyond this planet we call home." The team's research was published on June 12 in Astrobiology
Irish Independent
17-06-2025
- Health
- Irish Independent
Warning University Hospital Kerry under pressure due to high attendance
The HSE have asked the public in Kerry to consider all care options - including GPs, pharmacists and SouthDoc out-of-hours services in a bid to reduce the current pressure at athe hospital. When there is a large volume of ED attendances, patients are prioritised in terms of clinical need and wait times for non-urgent care can be lengthy, the HSE said. Patients arriving to the ED will be clinically assessed and seen in order or priority, so those with non-urgent presentations will be waiting a long time and are advised to seek alternative treatments. UHK Hospital Manager Mary Fitzgerald said that patients should consider their attendance. "We must take care of the sickest people first so please, stop and ask yourself: 'Do I really need to attend the ED?' Our Emergency Department cares for those who are seriously ill or injured, so please consider alternative care pathways and seek assistance from other parts of the health service.' HSE Area Manager for Kerry Julie O'Neill said that the HSE need to manage the current situation. "UHK is seeing a very high level of attendances at the moment. We need to manage the pressure on the ED, so that we can we continue to prioritise those who are sickest. Those who believe they may be seriously ill and require emergency care should come to UHK, but we would ask others who are not seriously ill, to consider seeking support from pharmacists, GPs, Southdoc and the Injury Unit in Mallow.' In a statement the HSE South West said other options for patients include their local pharmacy and GP and the Local Injury Unit in Mallow. An out-of-hours GP service is also an option as well as self-care. The HSE South West also remined patients and their GP's the Urgent Virtual Care (UVC), a new regional telehealth service which allows GPs and Paramedics to consult directly by phone, or by video call, with a senior medical decision-maker in Emergency Medicine or Geriatric Medicine, is available.
