Author: kennethMoreira

Exploring the Benefits of LED Grow Room Glasses

Posted on by kennethMoreira
SHOP LED GROWVIEW GLASSES
SHOP LED GROWVIEW GLASSES
SHOP LED GROWVIEW GLASSES

Controlling light quality, duration, and intensity is crucial for indoor growers to achieve optimal results. In the past, fluorescent lights and heat-producing fixtures were the norm due to the limited availability and cost-effectiveness of LED lights. However, the introduction of affordable and cool-to-the-touch LED panels revolutionized indoor lighting practices. LED panels have now become the preferred choice for indoor growers as they emit less heat and offer precise control over light wavelengths and quantity. This level of control translates into higher quality plants and increased harvest yields.

When growing indoors using hydroponics or other growth mediums, it is essential to provide high levels of full-spectrum light and increased UV light. Some growers resort to using reflective shields and mirrors to increase light quantity, but this often comes at the expense of grower vision. The more light used, the greater the risk of vision wash-out, eye fatigue, and reduced ability to observe crop conditions. In commercial growing industries, prolonged exposure to UV rays can also pose health and safety risks. Discover the benefits of integrating LED growview glasses into your indoor gardening routine and witness improvements in both your vision and your crop’s overall health.

REDUCING EYE FATIGUE

Reducing eye fatigue is a crucial aspect of optimizing your indoor gardening experience. While all plants require full-spectrum light, the red and blue portions of the light spectrum play a vital role in their growth. The Institute of Electrical and Electronics Engineers emphasizes the significance of red wavelengths for plant development and crop quality, particularly in promoting fruiting and flowering. On the other hand, blue light is essential for proper plant development and vegetative growth. LED light panels offer a solution by emitting high-intensity red and blue light, creating a full spectrum that caters to plants’ specific needs. However, it’s important to note that these light emissions, especially blue light, can have an impact on human vision.

Initially, growers were skeptical about the efficacy of LED panels due to the perception that they didn’t produce the same quantity of light as other lighting methods. However, this skepticism proved unfounded. LED bulbs emit high quantities of light, but the majority of these emissions are not visible to the human eye. Our eyes are not adapted to capture red and blue lightwaves, although these wavelengths still affect our vision. In fact, blue light, in particular, emitted from computer screens and LED bulbs, can lead to eye fatigue and even corneal damage. Overexposure to blue light can cause washed-out vision, a problem that often goes unnoticed.

To address these concerns and enhance your indoor gardening experience, LED grow room glasses are designed to reduce glare, eye strain, and the negative effects of blue light. By wearing these glasses, you can improve vision stamina, alleviate eye fatigue, and increase your ability to identify and address any issues with your crop. With reduced eye strain, you’ll be able to focus on the details and intricacies of your plants, enabling you to make informed decisions and provide the necessary care. LED growview glasses play a crucial role in maintaining both the health of your plants and the well-being of your eyes, ensuring an optimal indoor gardening environment.

SHARPER FOCUS FOR HEALTHIER CROPS: KEY DETAILS ENHANCED

Paying close attention to your plants and identifying small issues is an integral part of effective gardening practices. By closely examining your crops, you can detect early signs of problems, improve plant care, and take necessary steps for remediation. The more detailed your observation, the higher the chances of accurately diagnosing plant issues and providing appropriate remedies. LED grow room glasses play a crucial role in enabling you to examine leaves, foliage, and buds with enhanced precision and clarity.

If you observe subtle changes in leaf coloration, such as yellow, red, or orange stippling, it could indicate mineral or vitamin deficiencies in your plants. Similarly, browning along leaf margins or the failure of buds to fruit or open may also point to nutrient deficiencies. With the aid of LED growview glasses, you can closely inspect these symptoms and differentiate them from other potential causes.

For instance, subtle differences in discoloration and patterns of damage, such as ragged edges or higher densities of necrotic tissue in the center of a brown spot, could indicate a fungal infection rather than a deficiency in vitamins or minerals. Mosaic patterns of discoloration are typically associated with viral infections, which can be highly contagious and detrimental to tomato crops if not accurately identified. Additionally, comparing leaves and stems and noting any changes in growth habits or deformities is essential for maintaining a strong and viable crop.

By utilizing LED grow room glasses, you can effectively key in on the details of your plants’ health, accurately diagnose issues, and implement the necessary measures to maintain a thriving crop. These glasses enhance your ability to identify subtle variations and make informed decisions, ensuring the overall health and productivity of your garden or growing operation.

ENHANCING HARVEST EFFICIENCY AND QUALITY

Greenhouse workers and professionals in the horticulture industry are subject to OSHA safety standards to ensure their well-being. One of the potential hazards they face is the exposure to UV rays emitted by LED lights, which can be detrimental to their vision. LED growview glasses provide a valuable solution by offering protection against UV rays. These specialized glasses not only safeguard the workers’ eyes but also help maintain their visual health in environments with high humidity, thanks to features like fog-proof lenses.

During harvest time, precision and attention to detail are paramount. Employees must carefully clip buds to avoid any damage that could jeopardize future harvests. As mentioned before, workers can minimize eye strain and fatigue by wearing LED grow room glasses. This not only benefits the employees themselves but also has a direct impact on the quality of the harvest. By ensuring clear and comfortable vision, the glasses enable workers to perform their tasks with greater accuracy and care, protecting the integrity of the crops and securing the success of future generations of plants.

If you would like to learn more about the ideal LED growview glasses for your eyes and the specific requirements of your grow room environment, we encourage you to get in touch with our dedicated team at Phillips Safety. Our experts will be happy to provide you with detailed information and guidance to help you make the right choice. Contact us today to ensure optimal eye protection and enhance your indoor gardening experience.

If you still aren’t sure which glasses are right for you, it’s a good idea to give us a call at 1-866-575-1307 or talk to us through our chat or e-mail us at [email protected]

Our experts will be able to tell you what you need for your application.

SHOP LED GROWVIEW GLASSES

Maximizing Protection with Laser Safety Glasses: A Guide to Calculating Optical Density

Posted on by kennethMoreira
SHOP LASER SAFETY GLASSES
SHOP LASER SAFETY GLASSES
SHOP LASER SAFETY GLASSES

Laser safety glasses are essential when working with lasers, as they protect your eyes from harmful laser radiation. However, not all laser safety glasses are created equal. The amount of protection provided by a pair of laser safety glasses is determined by its optical density (OD) at specific wavelengths.

To calculate the optical density (OD) required for your laser safety glasses, you will need to know the following information: 

  • the wavelength of the laser 
  • the maximum power output of the laser

CALCULATING OPTICAL DENSITY FOR LASER SAFETY GLASSES

Once you have this information, you can use this following formula to calculate the required optical density: 

Optical Density = Log (Maximum Power Density Output/ Maximum Permissible Exposure).

*Where Maximum power density output and Maximum permissible exposure are both expressed in the same units of joules/cm2 or watts/cm2

*The Maximum Permissible Exposure (MPE) is determined by the American National Standards Institute (ANSI) and is based on the wavelength of the laser. You can find the MPE for your laser by referring to the ANSI Z136.1 (Table 5b ) standard.

Or, an easier method, is to use the Laser Institute of America’s free OD Calculator to determine the required OD. 

*Please note that if you have a pulsed laser, instead of continuous wave, you need to know the energy per pulse, pulse width, pulse repetition for the calculator

Disclaimer: This is for educational purposes only. For a definitive calculation of the OD required by your laser equipment, consult a Certified Laser Safety Officer or professionals at a laser safety glasses company.

MAXIMIZING PROTECTION WITH THE RIGHT LASER SAFETY GLASSES

In conclusion, calculating the optical density of your laser safety glasses is a crucial step in ensuring maximum protection when working with lasers. By following the steps and the formula outlined above, or using the LIA free OD calculator,  you can determine the required optical density for your specific laser application and select the appropriate laser safety glasses to keep your eyes safe.

If you need help in selecting the appropriate laser glasses or goggles for your eye safety requirements, the laser safety specialists at Phillips Safety are available to assist you. Our laser glasses are designed to meet or exceed the ANSI Z136.1 requirements, ensuring that you receive the highest level of protection possible. We offer free consultations and calculations for Optical Density, so you can make an informed decision about which laser safety glasses to choose.

If you still aren’t sure about the optical density for your laser safety glasses, it’s a good idea to give us a call at 1-866-575-1307 or talk to us through our chat or e-mail us at [email protected]

Our laser experts will be able to tell you what you need for your application.

SHOP LASER SAFETY GLASSES

Radiation Eye Protection: Which Types Best Fit Your Employees?

Posted on by kennethMoreira
SHOP RADIATION GLASSES
SHOP RADIATION GLASSES
SHOP RADIATION GLASSES

Operating a radiology clinic demands meticulous attention to the well-being of your employees, patients, and the technology you utilize. While patient safety is paramount, it’s equally crucial to protect your radiology team from the potential hazards of radiation exposure. Comprehensive protection, including aprons and gloves, is often standard practice. However, neglecting eye protection can put your employees at serious risk for vision problems.

RADIATION EYE PROTECTION: FINDING THE BEST FIT FOR YOUR EMPLOYEES

Exposure to radiation without proper eye protection can lead to severe eyesight issues, such as early-onset cataracts. Visual impairments can be career-ending for radiologists who rely on their vision for accurate diagnostics. Lead glasses are essential for protecting the eyes from radiation damage, a fact that has only become widely recognized in recent decades.

SHOP RADIATION GLASSES

Choosing the Right Protective Eyewear

At Phillips Safety Products, we offer a diverse range of radiation eye protection designed for comfort and style. Here are some options to consider:

Wraparound Eyewear

Wraparound eyewear is popular for its comprehensive coverage and stylish appearance. These glasses not only protect the eyes but also provide a fashionable look that radiologists appreciate. Comfortable and attractive eyewear helps radiologists communicate effectively with patients without distraction.

Fit-Over Glasses

For radiologists who wear prescription glasses, fit-over radiation glasses are essential. Poorly fitting fit-overs can cause discomfort, leading to frequent removal and reduced protection. Our fit-over glasses, such as the RG-33, feature durable nylon materials and distortion-free lenses, ensuring comfort and effectiveness throughout long shifts.

Phillips_Safety-116-Silver-angleright

Model 116

RX-506-T-angleright

Model 506

703-CG-angleright

Model 703

RG-33-T07

Model 33

PS-FO-BL01

Model FitProtek

RG12-PTG-03801

Model RG12-PTG

Radiation Goggles

Our goggles and face shields are designed for both comfort and style. With flexible silicone bodies and adjustable elastic straps, they fit easily over prescription glasses, ensuring your employees remain protected and comfortable throughout their workday.

Nike Lead Glasses

We offer a unique line of protective eyewear in collaboration with Nike, seamlessly blending safety and style. Nike’s designs cater to diverse preferences, ensuring your employees find eyewear that perfectly matches their personality and comfort needs.

55-SIDE_LENS

Model 55

Phillips_Safety-RK2-Black-angleright

Model RK2

Phillips_Safety-901-Black-angleright

Model 901

Nike-4314-001-Eyeglasses-Satin-Black

Nike 4314

RG-NI-FD1806-021-2048x748

Nike 7164

Nike-lead-glasses-angle-left_DZ7379-021

Nike Lynk

For a more personalized solution, consider prescription radiation protection glasses. We offer a variety of styles, including wraparounds, metal frames, plastic frames, and goggles, all available with prescription lenses. You can customize these glasses to meet the specific vision needs of your employees, whether they require single vision, lined bifocals, or progressive bifocals.

SHOP PRESCRIPTION RADIATION GLASSES

CONTACT US

At Phillips Safety Products, we are dedicated to providing high-quality protective eyewear for radiology professionals. Explore our extensive inventory to find the perfect fit for your team. Contact us to learn more about our products and how we can help safeguard your employees’ vision.

If you still aren’t sure which radiation glasses are right for you, it’s a good idea to give us a call at 1-866-575-1307 or talk to us through our chat or e-mail us at [email protected]

Our experts will be able to tell you what you need for your application.

SHOP RADIATION GLASSES

Ensuring Safe Laser Operations: Understanding Class 4 Laser Safety Requirements for Laser Workers

Posted on by kennethMoreira
SHOP LASER SAFETY GLASSES
SHOP LASER SAFETY GLASSES

Laser technology has revolutionized many industrial and scientific processes, but it also poses potential hazards to workers if proper safety measures are not implemented. Different lasers pose varied levels of danger, so they are classified according to the potential hazards of laser beams.

This classification system is based on their output power and wavelength. There are four main classes and the higher the class, the more powerful the laser is. That means that Class 4 lasers, which have the highest power output, pose the greatest risk of injury. As such, they require stringent safety requirements to ensure the well-being of laser workers.

SHINING A LIGHT ON LASER BEAMS

Generated by stimulating radiation emissions, laser beams differ from ordinary light because they’re spatially and temporally coherent. While their spatial coherence keeps the laser beam narrow even over long distances, their temporal coherence keeps the beam in a narrow spectrum.

Laser beams vary by the amount of energy they contain, and this determines what the laser can accomplish. It is important to highlight that lasers of moderate and high intensities damage the eyes and skin, but they are not the only ones. Even low-powered lasers, such as those teachers and speakers use as pointers, are dangerous under certain circumstances.

SHOP
LASER SAFETY GLASSES

SHOP GLASS
LASER SAFETY GLASSES

NAVIGATING THE RISKS OF LASER BEAMS

Laser beams are primarily dangerous because of the heat they generate. This is what burns skin and retinas, and it can also cause flammable materials to catch fire. Besides, some specific wavelengths cause photochemical effects.

For most people who work with lasers, their eyes are most at risk. Because they are so coherent, laser beams narrow to an extremely small spot on the retina, destroying photoreceptor cells. If the light is powerful enough, it causes permanent damage almost immediately, creating a permanent blind spot in the retina.

Beams of infrared lasers are not visible to the human eye, and therefore do not cause eyes to blink. The beam can generate a temperature above the boiling point of water, and since they do not cause eyes to blink, an infrared laser beam can enter the pupil of someone’s eye and burn their retina without their knowledge. It is important to know that it is not immediately painful, but the person may hear a click or pop.

GUIDING YOUR WAY THROUGH CLASS 4 LASER BEAM SAFETY PRECAUTIONS

Lasers require the use of certain safety precautions and equipment, as determined by the American National Standards Institute (ANSI) Z136. For more details about the hazards and regulations about using lasers, you can check Occupational Safety and Health Administration (OSHA)’s informational page on the topic, as well as FDA’s article about Laser Products and Instruments.

To protect workers, scientists, and medical patients from laser damage, the government regulates their use. In the United States, they are regulated through the 21 Code of Federal Regulations (CFR) Part 1040, while in the EU it is the IEC 60825 standard.

One of the key requirements for working with Class 4 lasers is the use of appropriate personal protective equipment (PPE), such as laser safety glasses or goggles. These PPE must be specifically designed for the wavelength and power of the laser being used, and must be worn at all times when working with the laser.

Another crucial safety measure is the implementation of a comprehensive laser safety program. This program should include hazard evaluations, standard operating procedures, and worker training on safe laser use and handling. Additionally, all laser equipment and facilities should be regularly inspected and maintained to ensure proper functioning.

SHOP
LASER SIGNAGE

SHOP
LASER BARRIERS

SHIELDING YOUR WORKSPACE: LASER CURTAINS, BARRIERS, AND WINDOWS

Laser curtains and barriers are another effective way to prevent and manage laser beams, safeguarding workers against the hazards of reflected exposure to Class 4 lasers. In particular, curtains are a suitable option for medical and laboratory settings. Regarding laser barriers, at Phillips Safety they are sewn with double or triple-reinforced seams to guarantee the protection. Plus, they are available in various sizes and must comply with fire-retardant standards.

When it comes to laser windows and domes, they are typically made of glass or acrylic sheets that are 3 millimeters thick. However, similar to laser glasses, the windows only obstruct specific ranges of laser wavelengths, and it is essential to ensure that their optical density (OD) is sufficient.

Other safety considerations for Class 4 lasers include controlling access to the laser area, and implementing emergency procedures in the event of an accident or injury. Following these safety requirements and guidelines is essential to minimize the risks associated with working with Class 4 lasers and to ensure a safe and productive working environment for laser workers.

To protect workers, scientists, and medical patients from laser damage, the government regulates their use. In the United States, they are regulated through the 21 Code of Federal Regulations (CFR) Part 1040, while in the EU it is the IEC 60825 standard.

One of the key requirements for working with Class 4 lasers is the use of appropriate personal protective equipment (PPE), such as laser safety glasses or goggles. These PPE must be specifically designed for the wavelength and power of the laser being used, and must be worn at all times when working with the laser.

Another crucial safety measure is the implementation of a comprehensive laser safety program. This program should include hazard evaluations, standard operating procedures, and worker training on safe laser use and handling. Additionally, all laser equipment and facilities should be regularly inspected and maintained to ensure proper functioning.

If you still aren’t sure which laser safety glasses are right for you, it’s a good idea to give us a call at 1-866-575-1307 or talk to us through our chat or e-mail us at [email protected]

Our laser experts will be able to tell you what you need for your application.

SHOP LASER SAFETY GLASSES

Military Laser Safety Glasses for Pilots and Infantry.

Posted on by kennethMoreira
SHOP LASER POINTER SAFETY GLASSES
SHOP LASER POINTER SAFETY GLASSES
SHOP LASER POINTER SAFETY GLASSES

The United States military is actively advancing its arsenal with a diverse array of laser weapons, as detailed in a Popular Mechanics article. However, these powerful lasers present hazards not just to adversaries but also to the military personnel who operate them. During the operation and training phases, service members are at risk of exposure to these lasers, underscoring the critical need for military laser safety glasses to protect their eyesight. Furthermore, the proliferation of compact yet potent lasers among civilians, often used carelessly, poses additional risks, particularly to pilots.

SHOP LASER POINTER SAFETY GLASSES

LASERS ENDANGER BOTH MILITARY AND CIVILIAN PILOTS AND AIRCRAFT

A lot of people enjoy playing around with laser pointers. Some of them are just ignorant and don’t understand the danger involved. Some think it’s fun to point at airplanes and helicopters. Either they don’t realize or don’t care, the laser beam does not stop high in the atmosphere as it seems to. It keeps on going, high enough to reach the cockpits of aircraft. Recently, a laser beam blinded the eyes of Air Force pilots, landing a C-17 at Ramstein Air Base, Germany. Fortunately, the plane reached the ground safely. In March 2016, a laser beam distracted and disoriented flight crew members of an F-15E Strike Eagle as it descended toward RAF Lakenheath in England. In the United States, a 2012 law makes shining a laser at an airplane or helicopter a federal crime punishable by up to five years in prison.

This is why at Phillips Safety, we developed Laser Strike Eyewear for military and civilian pilots to protect their eyes from these dangers, even though various state laws also prohibit this. The government has convicted and jailed people for it but hasn’t stopped them. The problem is growing around the world, not only in the United States and Europe, causing governments in all areas to criminalize pointing lasers at aircraft. New South Wales, Australia, completely banned the lasers. Because the laser beam points back to its source on the ground as well as in the air, they are easy for police in helicopters to locate. So far, the perpetrators are laser hobbyists ignorant of the dangers of pointing a beam at an airplane. However, many of them are not caught. Are terrorists behind any of the laser strikes? Nobody knows for certain, so nobody can rule out the possibility.

PS-VERTICAL_1-blog-banner-laser-eye-protection-military-strike-glasses

THE DANGERS

People fire off lasers at night. It’s also nighttime for airplane pilots, so the cockpit is dark except for the lights of the instrument panel. Therefore, their pupils are open, up to 4 millimeters wide, increasing their vulnerability to sudden glares and flashes. It’s the same effect as what your eyes feel when they’ve been in the dark for a long time, but a dazzling bright light suddenly glares into them. That ruins their night vision. Even if the beam does not hit the cockpit, the pilot sees it in flashes, and so it distracts the pilot. Worse, that must arouse their suspicions someone hostile is targeting them.

Although laser light beams are extremely coherent and focused, unlike ordinary light, they do spread out as it travels. Therefore, a point that creates just a narrow dot at a close distance is inches wide when it reaches the cockpit. When it hits the windscreen or bubble of a helicopter, imperfections in that material spread the light out further, up to a meter, causing such a glare the pilot cannot avoid it. Such flashes might last only a thousandth of a second. When the light’s strong enough, the laser beam causes flashblindness and afterimages. This pamphlet from the Federal Aviation Authority goes into more detail about the danger. The FAA reports that 7,500 laser strikes on aircraft occurred in 2015. They estimate there’ll be 12,000 in 2016.

This article in the British Journal of Ophthalmology points out that the small, red pointers of 1 or less milliwatts of the past did not cause a significant threat to eyes unless someone stared into them for a long time. These are properly categorized as Class 2. However, stores and websites around the world now sell much stronger laser devices, both red and green, with power up to 6000 Mw, usually treated as Class 3B or Class 4, too dangerous to use without proper safeguards.

The most dangerous parts of any airplane flight are takeoff and landing. Most airplane crashes happen then. And that’s when lasers pose the most risk to the pilots and aircraft because that’s when pilots are using their eyes to get off or on the landing strip. Laser beam flashes are also a particular concern during emergency maneuvers. Planes are most at risk while under 10,000 feet.

THE MOST DANGEROUS TIMES

MILITARY AND CIVILIAN PILOTS CAN PROTECT THEMSELVES

You can buy and wear Laser Strike eyewear. They come in lightweight designs you can wear underneath headsets and helmets. The fitover model suits those wearing prescription lenses. Made of polycarbonate, the lenses absorb the energy of laser beams, drastically reducing their intensity, but because designed for aviation use, they will not distort your view of your instrument panel. They come in 3 models:

Block green laser beams (532 nanometers)

Visible Light Transmittance 46.9%

Block green and blue laser light beams

Visible Light Transmittance 43%

Block green, blue, and red light

Visible Light Transmittance 23.3%

The most common laser strikes (91%) are of green light. That’s because the human eye perceives green as the brightest form of laser light, and that also makes it the most dangerous. VLT measures how much visible light goes through the lenses. Therefore the lower the percentage of VLT, the more light the lenses block.  Pilots around the world wear these glasses to protect themselves, especially during takeoff and landing when they are below 10,000 feet. In many countries, wearing them at those periods is standard operating procedure.

ADDITIONAL SAFETY MEASURES

The FAA marks fixed laser facilities that always use lasers, such as astronomical observatories, on aeronautical charts. Temporary laser users, such as producers of outdoor laser light shows show up during pre-flight information as a NOTAM or Notice to Airmen.

THE MILITARY IS DEVELOPING LASER WEAPONS

That means they must take the same measures to protect their personnel that industries and laboratories using dangerous Class 3B and Class 4 lasers in civilian life must employ.

At Phillips Safety Products we make laser safety strike glasses for both commercial and military pilots. Contact us today to learn how you can protect your eyes from either thrill seekers or terrorists.

If you still aren’t sure which laser safety glasses are right for you, it’s a good idea to give us a call at 1-866-575-1307 or talk to us through our chat or e-mail us at [email protected]

Our experts will be able to tell you what you need for your application.

SHOP LASER POINTER SAFETY GLASSES

Safe and Spectacular: High-Quality Solar Eclipse Glasses for an Amazing View

Posted on by kennethMoreira
SHOP SOLAR ECLIPSE GLASSES
SHOP SOLAR ECLIPSE GLASSES
SHOP SOLAR ECLIPSE GLASSES

Eclipses are truly remarkable natural phenomena that offer an enriching experience for everyone. Lunar eclipses are easily observable, as they do not demand any special eye protection. However, the spectacle of solar eclipses is even more awe-inspiring, provided you have the appropriate eye wear. If you wish to immerse yourself in the stunning beauty and grandeur of a solar eclipse, consider investing in high-quality solar eclipse glasses. These will enable you to safely enjoy the breathtaking event while preserving your vision.

WHAT IS A SOLAR ECLIPSE?

A solar eclipse takes place when the moon comes between the sun and the earth, resulting in the creation of a shadow that gives rise to the iconic image associated with this phenomenon. During the eclipse, the sun appears as a mere outline, which is a sight many people readily recognize. Moreover, a solar eclipse produces various types of shadows on the earth, each having its own unique and discernible effects.

In the realm of solar eclipses, three distinct shadows come into play. First and foremost, we have the Umbra, the innermost and darkest region of the moon’s shadow. When the Umbra falls upon the Earth’s surface, it completely obscures the sunlight. The Penumbra, on the other hand, represents the next shadow, extending beyond the Umbra. In this zone, only a portion of the sun’s light gets blocked, making it the lighter of the two shadows. Lastly, we encounter the Antumbra, located outside the Umbra. This fascinating shadow creates the iconic ring of sunlight encircling the moon during the eclipse. These three shadows contribute to the diverse and captivating visual effects observed during this celestial event.

Beyond the intriguing array of shadows, solar eclipses exhibit a diverse range of types, each presenting its own distinct characteristics. The total eclipse takes place when the moon completely obscures the sun, and the observer finds themselves directly beneath the moon’s umbra and penumbra. In contrast, a partial eclipse occurs when the moon only partially covers the sun, casting down its penumbral shadow. An annular eclipse unfolds when the moon’s disc aligns centrally with the sun’s disc, resulting in the antumbral shadow being cast upon the Earth. Lastly, the rare hybrid eclipse occurs when an annular eclipse transitions into a total eclipse. Each type of solar eclipse offers a captivating and unique experience for those fortunate enough to witness them.

According to NASA, North America is in for its next solar eclipse on April 8, 2024. To ensure a remarkable experience, it’s advisable to initiate early preparations and conduct research on the prime locations where the event will manifest with the utmost intensity. Planning ahead will enable you to make the most of this extraordinary celestial occurrence and secure a memorable viewing experience.

WHY DO YOU NEED SPECIAL GLASSES?

As we’ve all been reminded by our parents at some point, it’s crucial never to gaze directly at the sun. Such an action can result in lasting eye damage, as one might imagine. While some may assume that a solar eclipse offers protection from this harm since you aren’t technically looking directly at the sun, this is a misconception. The truth is that even during a solar eclipse, special eye protection remains essential to safeguard your eyes from potential harm. Ensuring you have the appropriate eye wear is of utmost importance during this celestial event.

During a solar eclipse, the moon casts a shadow over the Earth, but it is incapable of blocking all the sun’s emitted rays. Under normal circumstances, when attempting to look at the sun, most people naturally squint their eyes or avert their gaze to avoid direct exposure. However, during a solar eclipse, there’s a stronger temptation to look directly at the obscured sun without instinctively protecting our eyes. Nevertheless, even in this diminished state, sunlight continues to emit ultraviolet rays that can lead to various eye problems, including macular degeneration, solar retinitis, and corneal dystrophies. It remains imperative to exercise caution and utilize proper eye protection to safeguard against these potential hazards during this celestial event.

In essence, gazing at the sun during a solar eclipse without adequate protection poses a serious risk to your eyes, potentially leading to blindness. Despite the shadow cast during the eclipse, any residual sunlight, no matter how small, carries with it harmful ultraviolet rays, infrared light, and intense brightness. It’s essential to understand that your retina lacks pain receptors, so you won’t immediately sense any injury to your eyes. Unfortunately, by the time you become aware of the damage, harm may have already occurred. Safeguarding your eyes with proper protection is crucial during a solar eclipse to prevent such detrimental consequences.

WHAT ARE SOLAR ECLIPSE GLASSES?

Undoubtedly, witnessing the natural marvel of a solar eclipse is an experience not to be missed. However, ensuring your safety while enjoying this celestial phenomenon necessitates the use of appropriate eye protection. Regular sunglasses may appear adequate, but they lack the necessary strength to shield your eyes adequately. Instead, opt for specialized solar eclipse glasses or number 14 welder’s glasses, specifically designed for this purpose. These glasses effectively safeguard your eyes by limiting the amount of light that passes through. Just as welders shield their eyes from the intense glow while working with fire and molten metals, you also need to protect your eyes during a solar eclipse with the right eyewear.

When looking for solar eclipse glasses, it is essential to secure a pair explicitly crafted for this purpose. The use of incorrect glasses not only leads to wasteful expenditure but can also pose a risk to your eyes without immediate awareness. To guarantee the appropriate eyewear, be sure to select certified glasses at Phillips Safety, ensuring they are designed precisely for viewing solar eclipses.

By opting for high-quality solar eclipse glasses, you can have complete peace of mind, knowing that your eyes will be shielded from the sun’s harmful rays. With this protective eyewear, you can fully immerse yourself in the mesmerizing experience of a solar eclipse. For further information on utilizing the right eyewear, feel free to reach out to us.

If you still aren’t sure which solar eclipse glasses are right for you, it’s a good idea to give us a call at 1-866-575-1307 or talk to us through our chat or e-mail us at [email protected]

Our experts will be able to tell you what you need for your application.

SHOP SOLAR ECLIPSE GLASSES

CONTACT OUR CUSTOMER SERVICE

  • +1 866 575 1307 | FAX 732 356 7127

M-F | 9am – 6pm EST

design-logo
PRODUCTS
COMPANY
CUSTOMER SUPPORT

STAY INFORMED. SIGN UP FOR THE Phillips Safety NEWSLETTER

Become a Distributor

Volume Discount