Comparing Brown vs. Green IPL Safety Glasses for Optimal Eye Protection

BROWN VS. GREEN IPL SAFETY GLASSES: WHICH IS RIGHT FOR YOU?

In the realm of Intense Pulsed Light (IPL) and laser applications, eye protection is non-negotiable. Phillips Safety Products offers two prime choices: Brown and Green IPL Safety Glasses. Both are designed to provide optimal protection but have distinct features catering to different needs. This blog will explore these differences to help you make an informed decision.

Before delving into the specifics of Brown and Green IPL glasses, it’s essential to understand what IPL is. IPL devices emit a spectrum of light wavelengths, unlike lasers, which emit a single wavelength. This broad spectrum requires safety glasses that can effectively filter out harmful wavelengths.

Optical Filtration

Brown glasses are known for their ability to filter out bright light, making them suitable for environments with intense light emissions.

Contrast Enhancement

These glasses enhance contrast, improving visibility and detail recognition, Which is crucial in precision work like laser engraving.

Comfort and Use

Designed for comfort, Brown IPL glasses are suitable for extended use, ensuring that users don’t experience discomfort during lengthy procedures.

Optical Density and Wavelength Coverage

Green glasses offer a higher Optical Density (OD) rating at specific wavelengths, providing more robust protection where needed.

Visible Light Transmission (VLT)

They generally have a lower VLT than brown glasses, meaning less visible light passes through, which can be advantageous in very bright environments.

Application Specificity

Green glasses are often preferred in medical and cosmetic IPL applications, where precise wavelength filtration is paramount.

KEY DIFFERENCES

Brown glasses offer a warmer view, which can be more comfortable for some users, while green glasses might significantly alter color perception.

COLOR PERCEPTION
PROTECTION LEVEL

Green glasses may provide more specialized protection at specific wavelengths than brown ones, which offer a broader range of protection.

Brown glasses are versatile for various environments, whereas green glasses are often tailored for specific IPL applications.

USAGE ENVIRONMENT

CHOOSING THE RIGHT PAIR

Selecting between Brown and Green IPL glasses depends on several factors:

ASSESS YOUR IPL DEVICE

Understand the wavelengths your IPL device emits and choose glasses that offer protection in that range.

If you work in an environment with intense light or require enhanced contrast, brown glasses might be more suitable.

CONSIDER YOUR WORK ENVIRONMENT
PERSONAL COMFORT AND PREFERENCE

Comfort is crucial. Choose glasses that you can wear for extended periods without discomfort.

CONCLUSION

Both Brown and Green, IPL Safety Glasses from Phillips Safety Products, offer exceptional protection, but their use and effectiveness vary depending on the specific requirements of your IPL application. Understanding the nuances of each can help ensure that you choose the right pair for your needs, enhancing both safety and performance in your work.

If you still aren’t sure which IPL 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 service@phillips-safety.com

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

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Fixed Welding Lens: A Guide to High-Quality Welding Lenses

Welding is a skilled trade that demands precision and attention to detail. Among the essential tools for welders, the fixed welding lens is of utmost importance. This article will delve into the world of fixed welding lenses and emphasize the significance of high-quality welding lenses in your welding projects.

UNDERSTANDING FIXED WELDING LENSES

A fixed welding lens, also known as a passive welding lens, is a critical component of a welding helmet or welding goggles. Unlike auto-darkening welding lenses, which automatically adjust their shade level based on the welding arc’s brightness, fixed welding lenses have a constant shade level. This means that they maintain the same level of darkness throughout the welding process and do not change in response to varying light conditions.

THE IMPORTANCE OF FIXED WELDING LENSES

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RELIABILITY

Fixed welding lenses are known for their reliability. They provide a consistent level of protection against the intense brightness of welding arcs. Welders can trust that their eyes are shielded from harmful UV and infrared radiation at all times.

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COST-EFFICIENCY

Fixed welding lenses are typically more affordable than their auto-darkening counterparts. This makes them a preferred choice for many welders, especially those who do not require frequent changes in shade levels.

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DURABILITY

High-quality fixed welding lenses are built to last. They are designed to withstand the harsh conditions of welding, including exposure to sparks, heat, and flying debris. This durability ensures that the lens remains effective and protective over time.

CHOOSING A HIGH-QUALITY WELDING LENS

When selecting a fixed welding lens for your welding helmet or goggles, consider the following factors to ensure you get a high-quality product:

SHADE LEVEL

Fixed welding lenses come in various shade levels, typically ranging from #9 to #13. The appropriate shade level depends on the welding process, material, and amperage. Choose a shade that provides adequate protection without compromising visibility.

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LENS MATERIAL

Look for lenses made from high-quality materials, such as durable glass or polycarbonate. These materials offer superior impact resistance and longevity.

CERTIFICATIONS

Check if the welding lens meets industry standards and certifications for eye protection. ANSI Z87.1 and EN 175 are some of the recognized standards for welding lenses.

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COMFORT AND FIT

Ensure that the welding lens fits securely into your welding helmet or goggles and offers a comfortable viewing experience. A snug fit minimizes the risk of debris entering the eye area.

CONCLUSION

A fixed welding lens is an essential tool for welders, providing consistent eye protection against the intense light generated during welding processes. While they may not offer the versatility of auto-darkening lenses, high-quality fixed welding lenses are reliable, cost-effective, and durable.

When choosing a fixed welding lens, prioritize factors such as shade level, lens material, certifications, and comfort to ensure you have the right equipment for your welding projects. By investing in a high-quality welding lens, you not only protect your eyes but also enhance your overall welding experience.

If you still aren’t sure which welding lenses 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 service@phillips-safety.com

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

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What Are Laser Safety Curtains? Ensuring Safety in Laser Environments

In environments where lasers are in use, safety is a paramount concern. A key component in ensuring this safety is the use of laser safety curtains. But what exactly are these curtains, and how do they contribute to a safe working environment?

UNDERSTANDING LASER SAFETY CURTAINS

Laser safety curtains are specialized barriers designed to protect individuals and surroundings from the hazards associated with laser use, particularly in areas where class 3b or higher lasers are operated. These curtains serve as a physical barrier, absorbing or reflecting the laser beams, thus preventing them from causing harm or damage beyond the designated area.

DESIGN AND MATERIAL

The effectiveness of a laser safety curtain system lies in its material and design. These curtains are typically made from materials that can withstand the intensity of laser beams, such as heavy-duty fabrics embedded with metal or other laser-resistant substances. The choice of material depends on the beam diameter, wavelength, and power of the laser used, ensuring optimal protection.

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USAGE IN VARIOUS SETTINGS

Laser safety curtains are crucial in a range of settings, from medical facilities to research laboratories and manufacturing sites. They are often used around areas where laser procedures are conducted, providing a safe boundary for both the operators and bystanders. In addition, they are an integral part of the safety protocols mandated by laser safety officers in various industries.

INSTALLATION AND COMPLIANCE

Installing laser safety curtains requires careful consideration of the workspace layout and the specific laser applications being used. The curtains should be positioned to effectively enclose the area, ensuring no stray laser beams can escape. Compliance with safety standards and regulations is also crucial, as these curtains are part of the broader safety measures in laser-operating environments.

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THE IMPORTANCE OF LASER SAFETY

The primary purpose of laser safety curtains is to protect people and equipment from accidental exposure to laser beams, which can cause serious injuries or damage. By effectively containing the laser within a controlled area, these curtains play a vital role in maintaining a safe working environment. They are a testament to the commitment to safety in industries that rely heavily on laser technology.

CONCLUSION

Laser safety curtains are essential in any setting where lasers are used. Their ability to provide a protective barrier against laser hazards while complying with safety standards makes them indispensable in maintaining a safe and secure work environment. Whether in medical, industrial, or research settings, the value of laser safety curtains in safeguarding people and property cannot be overstated.

If you still aren’t sure which laser curtains 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 service@phillips-safety.com

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

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What is an X-ray marker? Exploring Its Purpose and Use in Radiography

In the field of radiography, precision and clarity are paramount. One critical tool that ensures accuracy in radiographic images is an x-ray marker. But what exactly is an X-ray marker, and why is it indispensable in medical imaging?

THE ROLE OF X-RAY MARKERS

X-ray markers, often referred to as radiographic film identification markers, are small devices used to mark x-ray films during radiological examinations. These markers provide essential information on the anatomical side of the patient being imaged, such as distinguishing the left from the right side of the body. This differentiation is crucial as it aids radiologists and medical professionals in correctly interpret the images.

TYPES AND COMPONENTS

X-ray markers come in various forms, including markers with initials, lead letter markers (often Pb markers), and anatomical side markers. These markers typically contain the radiographer’s initials and may include the date and time when the x-ray was performed. Using initials helps maintain the traceability of the radiographic images to the professional who conducted the examination.

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IMPORTANCE IN RADIOGRAPHY

An x-ray marker on a radiographic film is vital for several reasons. It helps in correctly orienting and identifying the sides of the body being examined. These markers are necessary to avoid misdiagnosis due to the inversion or misinterpretation of the images. Additionally, markers play a key role in legal and quality control aspects, ensuring that the radiographic film corresponds to the right patient and time of examination.

ENSURING ACCURACY

For radiographers, placing the X-ray marker correctly is a fundamental part of their protocol. The marker should be positioned on the edge of the radiographic field to clearly mark the side of the body without obscuring essential diagnostic information. The choice of lead letter markers is particularly significant as they provide high visibility on radiographic films.

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CONCLUSION

In conclusion, x-ray markers are an indispensable tool in the field of radiography. They ensure the accuracy and reliability of radiographic images, aiding in precise diagnosis and treatment. As technology evolves, the significance of X-ray markers remains constant, reflecting the ongoing commitment to excellence in medical imaging.

If you still aren’t sure which X-ray markers 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 service@phillips-safety.com

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

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Discover the Benefits of Shade 3 Safety Glasses for Metalworking

When it comes to metalworking, safety should always be a top priority. Various metalworking applications, including cutting metals, brazing, furnace observation, and exposure to high-intensity lights and IR heat sources, pose risks to your eyes. That’s why wearing the proper eye protection is crucial. In this blog, we’ll delve into the world of Shade 3 safety glasses and why they are an excellent choice for professionals in the metalworking industry.

WHY CHOOSE SHADE 3 SAFETY GLASSES?

Shade 3 safety glasses are designed to provide optimal eye protection during metalworking applications. Here’s why they are a popular choice among professionals:

LIGHT FILTERING

Shade 3 safety glasses offer moderate light filtering, making them suitable for a wide range of high-intensity applications. They effectively block harmful UV and IR radiation, allowing you to see your work clearly.

COMFORTABLE FIT

Phillips Safety offers a variety of options for Shade 3 safety glasses, including stylish wraparound styles, fitover glasses, and goggles. These options ensure a comfortable and secure fit so you can focus on your tasks without distractions.

SAFETY GLASSES FOR METALWORKING: A NECESSITY FOR PROFESSIONALS

Safety glasses, such as Shade 3 glasses, are essential for several reasons in the metalworking industry:

Protection Against UV and IR: Metalworking processes often involve exposure to intense ultraviolet (UV) and infrared (IR) radiation, which can cause severe eye damage. Shade 3 safety glasses effectively block these harmful rays, preventing eye injuries and long-term damage.

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Shielding from Debris and High-Intensity Light: Metalworking applications, such as cutting metals and brazing, produce sparks, hot metal particles, and debris. Additionally, exposure to high-intensity lights and IR heat sources can be detrimental to your eyes. Safety glasses act as a barrier, protecting your eyes from these potential hazards.

Enhanced Clarity: While providing protection, Shade 3 safety glasses also offer excellent visibility. They allow you to see your work clearly and maintain precision in your tasks, whether observing a furnace or working under intense lights.

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EXPLORE YOUR OPTIONS WITH PHILLIPS SAFETY

Phillips Safety offers a range of Shade 3 safety glasses designed specifically for metalworking applications. Here are some great choices:

Stylish Wraparound Option: Consider the Green Welding Glasses Geardo, a stylish wraparound option that combines eye protection with a trendy design.

Fitover Style: If you wear prescription glasses, the Green Welding Glasses 33 fitover style is an excellent choice. It easily fits over your existing eyewear, providing added protection.

Goggle Style: For those who prefer goggles, the Green Welding Goggles PDX offers a secure and comprehensive solution.

CONCLUSION

Safety is paramount in the world of metalworking, and your eyes deserve the best protection. Shade 3 safety glasses are a wise choice, offering a balance between eye safety and clear vision during various high-intensity applications. Explore the range of options available at Phillips Safety and equip yourself with reliable eye protection for your metalworking projects. Your eyes will thank you for it.

If you still aren’t sure which welding 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 service@phillips-safety.com

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

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How to Install Cheater Lens in Welding Helmet: Step-by-Step Guide

Are you a welder looking to enhance your welding experience and ensure the safety of your eyes during those long hours of work? Installing a cheater lens in your welding helmet could be the solution you’re seeking. In this guide, we’ll walk you through the process of installing a cheater lens in your welding helmet to help you achieve better clarity and precision in your work.

WHY USE A CHEATER LENS IN WELDING HELMET?

Before we dive into the installation process, let’s understand why using a cheater lens in your welding helmet is a great idea. Cheater lenses are specially designed, magnifying lenses that can be added to your welding helmet. They provide welders with a clear and enlarged view of their work, making it easier to see fine details and weld with precision.

TYPES OF CHEATER LENSES

Various types of cheater lenses are available, and the type you choose will depend on the type of welding helmet you have and your specific needs. Some common types of cheater lenses include fixed focal length lenses, adjustable focus lenses, and clip-on lenses. Selecting a cheater lens compatible with your welding helmet and suits your welding tasks is essential.

INSTALLING A CHEATER LENS IN YOUR WELDING HELMET

Now, let’s get into the step-by-step process of installing a cheater lens in your welding helmet.

Step 1: Gather Your Materials

Before you begin, make sure you have the following materials:

  • Your welding helmet
  • The cheater lens of your choice
  • A clean, lint-free cloth
  • Rubbing alcohol
  • A small screwdriver (if required)

Step 2: Clean Your Welding Helmet Lens

Start by cleaning the existing lens in your welding helmet. Use a clean, lint-free cloth and rubbing alcohol to remove any dirt, dust, or residue. This step is crucial to ensure that the cheater lens adheres properly and provides a clear view.

Step 3: Remove the Lens Holder

In most welding helmets, the lens is held in place by a lens holder. You’ll need to remove this holder carefully. Use a small screwdriver if necessary to release any clips or fasteners.

Step 4: Install the Cheater Lens

Place the cheater lens in the same position where the original lens was. Ensure it’s aligned correctly and securely in place.

Step 5: Reattach the Lens Holder

If you had to remove a lens holder, carefully reattach it to secure the cheater lens in place. Make sure it’s firmly in position to prevent any movement while you’re welding.

Step 6: Test Your Welding Helmet

Put on your welding helmet and check the clarity of your vision. Adjust the focus if your cheater lens allows it until you have a clear and comfortable view.

REGULAR MAINTENANCE

To ensure the longevity and effectiveness of your cheater lens, remember to clean it regularly with a lint-free cloth and rubbing alcohol. A clean lens will provide a clear view and protect your eyes effectively.

In conclusion, installing a cheater lens in your welding helmet is a simple yet effective way to enhance your welding experience and protect your eyes. With the correct type of cheater lens and proper installation, you can improve your precision and accuracy while welding. So, don’t hesitate to invest in this valuable accessory and enjoy its benefits to your welding projects.

If you still aren’t sure which welding lenses 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 service@phillips-safety.com

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

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Phillips Safety Products Unveils a Game-Changer: Mirror Coating and Prescription Lenses in Borosilicate Lampworking Glasses with Borotruview 3.0 Filter

Phillips Safety Products, a renowned leader in protective eyewear for hot glass workers, is excited to announce a significant enhancement to their product line – the introduction of mirror coating and prescription lenses in their Borotruview 3.0 filter glasses for use with borosilicate glass. This breakthrough marks a new era in safety and clarity for artisans and professionals in glassworking.

The journey of safety eyewear in the glassworking industry began with the foundational use of didymium lenses. Initially, these lenses were the standard for protecting artisans from the bright flare of hot glass, offering a basic level of protection and improved visibility. However, as our understanding of the dangers associated with hot glass working deepened, particularly the risks posed by ultraviolet (UV) and infrared (IR) radiation emitted during the manipulation of borosilicate glass, the need for more comprehensive eye protection became evident. This realization spurred the development of advanced filters over time. The industry’s response was a series of innovations, leading to more sophisticated and effective lenses capable of providing enhanced protection against a broader spectrum of harmful radiation. These advancements have been crucial in safeguarding the vision and health of glassworkers, reflecting a growing commitment to safety in the face of evolving challenges in the craft.

The latest innovation from Phillips Safety Products isn’t just about safety; it’s also about style and comfort. Introducing mirror coatings on the borosilicate lampworking glasses brings a fun and stylish edge to safety gear. However, the benefits of these mirror coatings go beyond mere aesthetics. These coatings play a crucial role in reflecting more infrared (IR) light, which is particularly prevalent in hot glassworking environments. By effectively bouncing back IR radiation, these mirror-coated lenses significantly reduce eye strain, a common issue artisans face during long work hours. Phillips has elevated this feature by offering four vibrant mirror colors: gold, silver, blue, and red. Each color adds a personal touch to the eyewear and maintains the high standard of protection that glassworkers need. This blend of fashion and function marks a new stride in protective eyewear, offering glassworkers a chance to express their style without compromising safety.

Recognizing the unique needs of individual glassworkers, Phillips Safety Products has made a significant investment in manufacturing the necessary blank lenses to integrate the Borotruview 3.0 filter into prescription glasses. This advancement is a game-changer for professionals who require corrective eyewear. By offering the option to custom-make these specialized lenses into single-vision or progressive bifocal formats, Phillips caters to a wide range of prescription needs. This means that glassworkers no longer have to juggle between two pairs of glasses while working. Instead, they can enjoy the convenience and comfort of a single pair of glasses that not only corrects their vision but also provides the highest level of protection against the specific hazards of glassworking. This innovation underscores Phillips’ commitment to delivering safety solutions that do not compromise comfort or functionality, ensuring that every artisan can work efficiently and with assurance.

BOROTRUVIEW 3.0 LENSES

The Borotruview 3.0 lenses have emerged as one of the most popular filters in Phillips Safety Products’ lampworking eyewear range. Designed with precision, these lenses cater primarily to artisans working with borosilicate glass and soft glass workers seeking extra protection against ultraviolet (UV) and infrared (IR) radiation. What sets the Borotruview 3.0 lenses apart is their ability to provide protection equivalent to a welding shade 3.0 lens while filtering out 99.99% of the sodium flare or yellow light. This unique feature allows glassworkers to see into the flame without the interference of intense flare, enhancing both safety and precision in their craft. Additionally, these lenses are engineered for accurate color recognition. This means they maintain the natural color spectrum, preventing any distortion of colors. Such clarity is vital for glassworkers who rely on accurate color perception for intricate designs and quality craftsmanship. The Borotruview 3.0 lenses are thus a testament to Phillips’ dedication to combining safety with functional excellence in glassworking.

Phillips Safety Products is proud to elevate eye protection standards in glassworking with their innovative mirror-coated and prescription borosilicate lampworking glasses featuring the Borotruview 3.0 filter. This leap forward exemplifies Phillips’ dedication to combining style, comfort, and unparalleled safety for glassworkers. They invite artisans to experience this new level of clarity and protection, affirming their position as a leader in advanced safety eyewear in the industry.

If you still aren’t sure which BoroTruView 3.0 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 service@phillips-safety.com

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

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Eclipse-Ready: A Guide to Solar Eclipse Glasses and Safe Viewing

Few celestial events capture our collective wonder like a solar eclipse. It’s a rare dance between the sun, moon, and Earth, creating a celestial spectacle that leaves observers in awe. As we gear up for the next cosmic performance, it’s crucial to be eclipse-ready with a focus on eye safety. In this guide, we’ll explore solar eclipses, the importance of proper eye protection, and how Phillips Safety’s solar eclipse glasses can enhance your viewing experience.

SHIELDING YOUR VISION FROM THE SUN’S INTENSITY

A solar eclipse occurs when the moon passes between the sun and Earth, temporarily blocking the sun’s light. This celestial alignment creates a striking visual effect, turning day into night for a brief moment. The sheer rarity and beauty of this event make it a must-see for sky gazers and astronomy enthusiasts alike.

While the allure of a solar eclipse is undeniable, it’s crucial to prioritize eye safety during this mesmerizing event. Staring directly at the sun, even during an eclipse, can cause serious eye damage or even permanent blindness. The sun’s intense rays can overwhelm the sensitive cells in the retina, leading to irreversible harm.

CHOOSING THE RIGHT SOLAR ECLIPSE GLASSES

Selecting the right solar eclipse glasses is the first step towards ensuring a safe viewing experience, a recommendation endorsed by NASA. When it comes to reputable brands, Phillips Safety stands out as a leader in manufacturing certified solar eclipse glasses. Our glasses are designed to meet the highest safety standards, offering a reliable shield against harmful solar radiation.

You can purchase solar glasses for eclipse with confidence directly from the Phillips Safety website. This ensures that you are getting authentic, certified eyewear that prioritizes your eye safety.

TIPS FOR SAFE VIEWING

Now that you have your certified solar eclipse glasses, it’s time to prepare for the celestial show. Choose a safe location to observe the eclipse, preferably away from city lights for optimal visibility. Remember, the only time it’s safe to look directly at the sun without protective eyewear is during the brief moments of totality in a total solar eclipse.

For those looking to immortalize the eclipse through photography, take heed. Use solar filters on your cameras and smartphones to protect both your equipment and your eyes. Phillips Safety offers reliable solar filters that allow you to capture stunning images without compromising safety.

PREPARATION CHECKLIST: ENSURING A SEAMLESS ECLIPSE EXPERIENCE

As you prepare for the next solar eclipse, use this checklist to make sure you have everything you need.

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Begin your checklist with the most crucial item – solar eclipse glasses from Phillips Safety. These specially designed glasses provide a reliable shield against the sun’s intense rays.

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Protecting your skin is as important as safeguarding your eyes. Opt for a broad-spectrum sunscreen with a high SPF to shield your exposed skin from the sun’s ultraviolet (UV) radiation. Apply it generously, especially if you plan on an extended outdoor viewing experience.

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A solar eclipse can be a spectacle that lasts for hours, so make sure you have comfortable seating to enhance your viewing pleasure. Whether it’s a cozy blanket, portable chair, or even a comfortable spot on the grass, having a designated space will allow you to relax and fully appreciate the celestial show.

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If you’re inclined to capture the celestial phenomenon, ensure your camera or smartphone is equipped with appropriate solar filters. These filters protect your devices from the sun’s intense rays while allowing you to capture the magic through your lens. Phillips Safety offers reliable solar eclipse filters, ensuring both your equipment and eyes remain safeguarded.

By prioritizing eye protection with Phillips Safety’s solar eclipse safety options, you can savor the celestial dance without compromising your vision. Enjoy the magic, stay safe, and let the cosmos unfold before your eyes.

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 service@phillips-safety.com

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

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Fit Over Style Glasses for Lampworking: Protecting Your Eyes in Style

Lampworking is a captivating art form that involves melting and shaping glass using a high-temperature torch. While the process allows for creating stunning glass pieces, it exposes the lampworker to potential hazards, including harmful UV and IR radiation. To safeguard your eyes during lampworking, it’s crucial to invest in high-quality fit over style glasses explicitly designed for this craft. In this article, we’ll explore the importance of these glasses and highlight some exceptional products that provide protection and style.

WHY CHOOSE FIT OVER STYLE GLASSES FOR LAMPWORKING?

Lampworking, whether you’re working with soft glass, borosilicate glass, or kiln work, exposes your eyes to intense light and heat. Ordinary eyewear isn’t sufficient to protect against the unique hazards associated with this craft. Fit over style glasses for lampworking offer several advantages:

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SODIUM FLARE UV AND IR PROTECTION

These specialized glasses protect against the harmful UV and IR radiation emitted during lampworking. This protection is crucial for long-term eye health.

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SCRATCH-RESISTANT POLYCARBONATE LENSES

Lampworking glasses are equipped with scratch-resistant polycarbonate lenses, ensuring durability and clarity even in the most challenging environments.

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COLOR RECOGNITION

High-quality lampworking glasses maintain color recognition, allowing you to work precisely and accurately.

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ADJUSTABLE FIT

Fit over style glasses are designed to be worn over regular prescription glasses. They typically feature a plastic frame with side shields and adjustable components for a comfortable fit.

HIGHLIGHTING EXCEPTIONAL PRODUCTS

Now, let’s take a closer look at some outstanding fit over style glasses for lampworking:

The Sodium Flare Poly Lampworking Glasses – EcoFit offers high-quality eye protection with a focus on affordability. These glasses are designed to fit comfortably over your existing eyewear. With sodium flare, UV protection, and scratch-resistant polycarbonate lenses, they provide the necessary safety features for lampworkers. The EcoFit series is a fantastic choice for those looking for an entry-level option without compromising protection.

The Sodium Flare Poly Lampworking Glasses – OTG is designed for lampworkers who wear prescription glasses. These fit over style glasses provide the necessary protection against UV and IR radiation while accommodating your existing eyewear. With an emphasis on comfort and safety, the OTG series ensures that your eyes are shielded from the hazards of lampworking.

The Phillips 202 Lampworking Glasses are part of the Phillips 202 series, known for its high-quality and reliable eye protection. These glasses offer excellent sodium flare and UV protection, ensuring your eyes remain safe while you work with glass. With a comfortable fit and durable construction, the Phillips 202 series is a top choice among serious lampworkers.

ADDITIONAL INFORMATION

When selecting fit over style glasses for lampworking, consider the type of glass you work with (soft glass or borosilicate glass), the specific lampworking techniques you use, and your personal comfort preferences. Always prioritize safety and invest in glasses that provide the necessary protection against UV and IR radiation.

In conclusion, lampworking is a captivating and rewarding craft, but it has unique hazards requiring proper eye protection. Fit over style glasses designed for lampworking offer the ideal combination of style and safety, allowing you to confidently pursue your artistic passion. Whether you choose the EcoFit, OTG, or Phillips 202 series, remember that your eyes deserve the best protection. Add the perfect fit over style glasses for lampworking to your cart and enjoy your creative journey while keeping your eyes safe.

If you still aren’t sure which lampworking 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 service@phillips-safety.com

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

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Understanding ANSI Z136.1: Laser Safety Standards and Guidelines

Laser technology has transformed numerous industries, from healthcare and manufacturing to research and entertainment. While lasers offer incredible benefits, they also pose potential hazards if not used safely and responsibly. That’s where standards like ANSI Z136.1 come into play.

In this article, we will delve into ANSI Z136.1, an essential document that provides comprehensive guidance for the safe use of lasers and laser systems. We’ll explore the critical elements of the standard, including control measures, hazard classifications, and the importance of implementing a laser safety program.

UNDERSTANDING ANSI Z136.1

WHAT IS ANSI Z136.1?

ANSI Z136.1 is part of the Z136 series of laser safety standards developed by the American National Standards Institute (ANSI). This specific standard, ANSI Z136.1, is the foundation for laser safety in various applications, providing crucial information and guidelines to protect individuals and equipment from laser hazards.

CONTROL MEASURES

One of the primary objectives of ANSI Z136.1 is to establish control measures for the safe use of lasers. These measures include the following:

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ADMINISTRATIVE CONTROLS

These are organizational procedures and practices to minimize laser hazards. This may involve safety training, designated laser safety officers, and clear safety policies and procedures.

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ENGINEERING CONTROLS

These measures focus on the design and engineering of laser systems to reduce the risk of exposure. Examples include beam shutters, interlocks, and enclosures.

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PERSONAL PROTECTIVE EQUIPMENT (PPE)

ANSI Z136.1 provides guidance on the appropriate PPE, such as laser safety goggles or face shields, to protect individuals working with lasers.

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The standard outlines requirements for labeling lasers and laser-controlled areas to communicate potential hazards effectively.

HAZARD CLASSIFICATIONS

ANSI Z136.1 classifies lasers into various hazard classes based on their potential for harm. These classifications help laser users and safety personnel understand the risks associated with specific lasers. The standard defines four primary hazard classes:

CLASS 1

These lasers are considered safe under normal operating conditions and pose no eye or skin hazard.

CLASS 2

Class 2 lasers emit visible radiation and are typically low-power. While they are unlikely to cause eye injury, blinking or aversion responses protect against accidental exposure.

CLASS 3R AND 3B​

Class 3 lasers can cause eye and skin injury. Class 3R lasers pose a lower risk than Class 3B lasers but still require caution and protective measures.

CLASS 4

Class 4 lasers are the most hazardous and can cause severe eye and skin injury. Special precautions and safety measures are essential when working with Class 4 lasers.

THE IMPORTANCE OF A LASER SAFETY PROGRAM

Organizations should establish a laser safety program to comply with ANSI Z136.1 and ensure the safe use of lasers. This program should encompass the following key elements:

HAZARD ASSESSMENT: A thorough evaluation of laser systems and their potential hazards.

CONTROL MEASURES: Implementation of administrative and engineering controls, as well as PPE, as necessary.

TRAINING AND EDUCATION: Proper training for personnel working with lasers ensures they understand the risks and safety procedures.

LASER SAFETY OFFICER: Designating a laser safety officer responsible for overseeing and enforcing safety protocols.

EMERGENCY PROCEDURES: Developing and communicating emergency response plans in case of laser-related accidents.

REGULAR AUDITS AND INSPECTIONS: Periodic checks to ensure that safety measures and controls are in place and effective.

DOCUMENTATION: Maintaining records of laser safety activities, training, and incidents.

THE Z136 SERIES OF LASER SAFETY STANDARDS

In addition to ANSI Z136.1, the Z136 series includes several other standards that address specific aspects of laser safety. These standards cover topics such as laser safety in healthcare (Z136.3), laser safety in educational institutions (Z136.5), and laser safety in research, development, or testing (Z136.4).

Each standard within the Z136 series offers specialized guidance tailored to the unique requirements of different industries and applications, ensuring that laser users have the necessary information to protect themselves and others from laser hazards.

CONCLUSION

In the world of laser technology, safety is paramount. ANSI Z136.1 plays a crucial role in establishing the foundation for laser safety by providing control measures and hazard classifications. It is essential for organizations and individuals working with lasers to adhere to this standard to mitigate risks and ensure the safe use of laser systems.

To fully understand and implement ANSI Z136.1, organizations should enlist the expertise of laser safety professionals and laser safety officers. By adhering to the guidelines outlined in this standard and others in the Z136 series, the industry can harness the incredible power of lasers while prioritizing the well-being and safety of all involved.

If you still aren’t sure which laser safety products 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 service@phillips-safety.com

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

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Choosing the Right Glassworking Safety Glasses: A Buyer’s Guide

When it comes to working with glass, safety should always be a top priority. Glassworking is a fascinating craft that involves a wide range of techniques and applications, but it also comes with its own set of unique hazards. To ensure your safety and protect your vision, choosing the right pair of safety glasses is of paramount importance.

In this buyer’s guide, we will walk you through the key considerations for selecting the perfect glassworking safety glasses.

UNDERSTANDING GLASSWORKING HAZARDS

Glassworking can expose you to a variety of hazards that can pose risks to your eyes and vision. These hazards include:

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EXPOSURE TO UV RADIATION

Many glassworking techniques, such as torchwork and furnace work, emit harmful ultraviolet (UV) radiation that can damage your eyes over time.

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HEAT

The intense heat generated during glassblowing, lampworking, or kiln work can be harmful to your eyes, necessitating eye protection that can withstand high temperatures.

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CHEMICAL SPLASHES

Working with chemicals and solvents in the glassworking process can lead to accidental splashes that may cause eye injuries.

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FLYING GLASS PARTICLES

Glass fragments can be propelled into the air during cutting, grinding, or shaping processes, posing a risk of eye injuries.

LENS FILTERS

Selecting the right lens filter is crucial when choosing glassworking safety glasses. Different types of glass and specific applications require specific lens filters to optimize protection and visibility. Phillips Safety offers a range of glassworking lenses, each with a wide variety of safety glasses options. Our lens filters include the following:

Designed for use with small and large glass work, as well as furnace work, this lens offers excellent IR protection and UV protection, ensuring you can work comfortably and safely.

Ideal for soft glass applications and small glass work, this lens provides excellent protection against sodium flare while maintaining great color recognition and clarity.

Offers a balanced protection against UV radiation and sodium flare, making it a versatile choice for various glassworking techniques, including soft glass and small glass work.

Designed for borosilicate glass and small glass work, this lens filter offers exceptional protection against UV, IR radiation and sodium flare, maintaining a clear view of the workpiece.

Crafted for borosilicate glass and large glass work, it offers optimal UV, IR, and sodium flare protection, making it suitable for high-intensity glass work.

This filter is excellent for borosilicate glass and furnace work applications, as well as small glass work. It provides exceptional UV, IR, and sodium flare protection.

The 5.0 version is excellent for borosilicate glass and furnace work applications, as well as large glass work. It offers enhanced UV, IR and sodium flare protection for the most demanding glassworking tasks.

LENS MATERIALS

The choice of lens materials plays a significant role in the durability and effectiveness of your glassworking safety glasses. Two common materials used are:

Polycarbonate: Known for their impact resistance, polycarbonate lenses are a popular choice for safety glasses. They offer excellent protection against flying glass particles and UV radiation.

Glass: Glass lenses are highly resistant to scratches, making them a durable choice for glassworkers. They provide clear vision and protection against UV radiation and heat. Within our options, the Phillips 202 filter is offered with glass lenses.

FRAME STYLES AND COMFORT

Comfort is crucial when selecting glassworking safety glasses, as you may wear them for extended periods. Phillips Safety offers a variety of frame styles, including safety glasses, safety glasses with side shields, fitovers, and safety goggles. Choose a style that fits securely, provides the necessary coverage, and ensures long-lasting comfort.

Safety glasses are a versatile choice suitable for general glassworking applications, providing protection against UV radiation, heat, and flying glass particles. Wraparound frames or safety glasses with side shields offer comprehensive eye coverage, particularly useful when additional protection on the sides is required. Fitovers are designed to be worn over prescription eyewear, making them an excellent choice for individuals in need of vision correction. Safety goggles are the preferred option for applications that demand a complete seal around the eyes, such as when working with chemicals, ensuring comprehensive protection.

COMPLIANCE WITH SAFETY STANDARDS

Always ensure that your glassworking safety glasses meet industry safety standards. Phillips Safety glasses are compliant with the ANSI Z87 and EN166 standards, assuring you quality and safety.

CHOOSE PHILLIPS SAFETY

Phillips Safety is a trusted name in the field of safety glasses, known for its commitment to quality and innovation. Our range of glassworking safety glasses, available in various lens filters and styles, ensures you can find the perfect fit for your specific needs. With a focus on protection and comfort, Phillips Safety is a brand you can rely on.

In conclusion, choosing the right glassworking safety glasses is a critical decision for any glassworker. By understanding the hazards involved, selecting the appropriate lens filters and materials, and ensuring compliance with safety standards, you can safeguard your vision while pursuing your glassworking passion. Trust Phillips Safety to provide you with top-quality safety glasses that combine protection, comfort, and innovation. Your eyes deserve nothing less.

If you still aren’t sure which glassworking 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 service@phillips-safety.com

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

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What Color Welding Screen Should I Get: A Practical Guide

When it comes to selecting a welding screen, safety is the top priority. These screens serve as a protective barrier against harmful radiation, sparks, and welding splatter. However, you might wonder whether the color of your welding screen matters. This blog will explore the significance of welding screen colors and help you decide which color best suits your welding needs.

THE PURPOSE OF WELDING SCREEN COLORS

Welding screens come in various colors, each with a specific purpose and set of advantages. The color of your welding screen can influence factors such as visibility, comfort, and the overall welding environment. Here are some standard welding screen colors and their purposes:

1. Green Welding Screens:

Advantages: Green screens provide excellent visibility while blocking harmful UV and infrared rays. They are suitable for most welding applications and offer a balanced environment.

Best For: Green screens are versatile and can be used for oxy-fuel and electric arc welding.

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welding-screen-red

2. Red Welding Screens:

Advantages: Red screens are known for their enhanced visibility and reduced glare, making them ideal for applications where precision and accuracy are crucial.

Best For: Red screens are often preferred for TIG (Tungsten Inert Gas) welding, where welders need a clear view of the welding process.

3. Yellow Welding Screens:

Advantages: Yellow screens offer good visibility and contrast. They are excellent for reducing eye strain and maintaining a comfortable workspace.

Best For: Yellow screens suit general welding tasks, providing a bright and well-lit environment.

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4. Orange Welding Screens:

Advantages: Orange screens provide a balance between visibility and protection. They are known for reducing fatigue and maintaining alertness.

Best For: Orange screens are often used in areas where welders need to stay focused for extended periods.

5. Blue Welding Screens:

Advantages: Blue screens are designed to reduce glare and increase visual comfort. They are suitable for tasks where workers must concentrate on their work for extended periods.

Best For: Blue screens are commonly used in industries like shipbuilding and aerospace.

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CHOOSING THE RIGHT COLOR FOR YOUR WELDING SCREEN

Now that you have an understanding of the different welding screen colors and their purposes consider the following factors when selecting the right color for your welding screen:

1. Type of Welding: Your specific welding process plays a significant role. For instance, TIG welders may prefer red or green screens for precision, while MIG or stick welders may find yellow or orange screens more comfortable.

2. Personal Preference: Your personal comfort and visual preferences matter. Some welders find specific colors more visually appealing and less fatiguing.

3. Work Environment: Assess your work environment. If you’re working indoors with controlled lighting, you may have more color flexibility. However, the color choice becomes more critical for outdoor welding or areas with variable lighting conditions.

4. Safety Regulations: Some workplaces have safety regulations that specify the color of welding screens. Always adhere to these regulations to ensure compliance.

CONCLUSION

The color of your welding screen can significantly impact your welding experience. While safety remains paramount, the choice of color can enhance visibility, reduce eye strain, and create a more comfortable working environment. Consider your specific welding tasks, personal preferences, and workplace conditions when selecting the color of your welding screen. Ultimately, the right color choice will help you work more efficiently and safely in the welding environment, ensuring a smoother and more enjoyable welding experience overall.

If you still aren’t sure which welding screen is 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 service@phillips-safety.com

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

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Ensuring Patient Safety in the Operating Room: The Advantages of Phillips Safety’s Innovative OR Table Safety Straps

In the fast-paced environment of an operating room, patient safety is paramount. One crucial aspect of maintaining this safety is ensuring that patients are securely fastened to the operating table. Traditional stitched safety straps have been the go-to choice for years but come with challenges. Enter Phillips Safety’s new line of O.R. table safety straps, designed to revolutionize patient restraint while prioritizing cleanliness, durability, and ease of use.

UNSTITCHED INNOVATION: A GAME-CHANGER FOR INFECTION CONTROL

One of the standout features of Phillips Safety’s table safety straps is that they are not stitched. This seemingly small design choice makes a difference in the operating room. Traditional stitched straps can harbor bacteria and germs in the seams, making cleaning and disinfection challenging. In contrast, Phillips Safety’s unstitched safety straps are a game-changer for infection control for several reasons:

Easy to Clean and Disinfect

The absence of stitching means that these straps have no hidden nooks and crannies where contaminants can hide. This makes them incredibly easy to clean and disinfect thoroughly. This feature is invaluable in a healthcare setting where hygiene is of utmost importance.

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Reusable and Cost-Effective

Traditional stitched straps can wear out over time due to the degradation of the stitching material. Phillips Safety’s unstitched straps are more durable and 100% washable. This reusability saves on the cost of replacing worn-out straps and contributes to a more sustainable and eco-friendly healthcare environment.

PRODUCT OVERVIEW: EXPLORE THE PHILLIPS SAFETY O.R. TABLE SAFETY STRAPS

Let’s take a closer look at the Phillips Safety table safety straps designed to meet the diverse needs of different patients and procedures:

Patient Restraint Strap with 1 Buckle

The Patient Restraint Strap with 1 Buckle is a high-level disinfectable safety strap for patient restraint. Made from thermoplastic urethane with seamless, bacteria-resistant construction, it ensures minimal cross-contamination risk. It’s compatible with all surgical tables, featuring a 2-inch-wide belt and cam-style metal buckle. Latex-free and available in four lengths (96″, 108″, 120″, and 132″).

Patient Restraint Strap with Mid-Panel and 2 Buckles

The Patient Restraint Strap with Mid-Panel and 2 Buckles is a high-level disinfectable safety strap for patient restraint, made from seamless thermoplastic urethane to prevent bacterial hiding spots. Universally compatible with surgical tables, it has two lock-tight buckles, a 2-inch width, and comes in four lengths. Additionally, it features a 5×18-inch mid-panel and optional side rail hooks for table attachment.

Bariatric Patient Restraint Strap with Mid-Panel and 4 Buckles

The Bariatric Patient Restraint Strap with Mid-Panel and 4 Buckles is a high-level disinfectable safety strap for patient restraint. Made from seamless thermoplastic urethane, it prevents bacterial hiding spots. Universally compatible with surgical tables, it features four lock-tight buckles, a 2-inch width, 140-inch length, and an 11×30-inch mid-panel for extra-large patients’ security.

CONCLUSION: ELEVATING PATIENT SAFETY AND INFECTION CONTROL

Phillips Safety’s O.R.table safety straps significantly advance patient safety and infection control in the operating room. The absence of stitching ensures these straps can be easily cleaned and disinfected, reducing the risk of infection. Moreover, their durability and reusability make them a cost-effective choice for healthcare facilities.

To make a meaningful change in your operating room and prioritize patient safety, explore the range of Phillips Safety’s table safety straps today. Your patients and staff will thank you for investing in the latest innovations in surgical restraint technology.

If you still aren’t sure which safety straps 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 service@phillips-safety.com

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

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How to Prevent Welder’s Flash for Shop Personnel

Welding is an integral part of many industrial settings, and even those not directly involved in welding can be at risk of the welder’s flash or arc eye. Whether you’re a supervisor, a coworker, or an employee working nearby, understanding how to prevent welder’s flash for non-welders is crucial for maintaining a safe and healthy work environment. In this blog, we’ll explore several essential tips to help protect individuals who are not actively welding in the shop.

1. ESTABLISH SAFE WORK ZONES

The first step in preventing welder’s flash for non-welders is to create designated work zones. Mark and restrict access to welding areas to keep non-welders safe from the welding process. Use barriers, signage, or floor markings to define these zones and ensure everyone knows where they are.

2. USE WELDING CURTAINS OR SCREENS

Welding curtains or screens are not only for protecting welders but also for shielding non-welders from the intense light produced during welding. Place curtains or screens strategically to block the line of sight between non-welders and the welding arc. This can effectively reduce the risk of flash exposure.

3. PROVIDE PROPER EYE PROTECTION

Even if non-welders are not directly involved in welding, they should still wear appropriate eye protection in areas where welding occurs. Safety glasses or goggles with UV and IR protection can shield the eyes from harmful radiation. Ensure everyone in the shop knows where to find and use this protective gear.

4. USE PROPER VENTILATION

Proper ventilation in your shop is essential for preventing welder’s flash and exposure to welding fumes and gases. Adequate air circulation helps disperse any harmful substances produced during welding. Use exhaust systems and fans to maintain a safe and comfortable working environment for all shop personnel.

5. ESTABLISH COMMUNICATION PROTOCOLS

Establish clear communication protocols between welders and non-welders. Welders should signal when they are about to start welding, and non-welders should be aware of these signals and take necessary precautions, such as turning away or covering their eyes. Effective communication helps avoid accidental flash exposure.

6. EMERGENCY RESPONSE PLAN

Despite all preventive measures, accidents can happen. It’s essential to have an emergency response plan in place. Ensure that your shop is equipped with eye wash stations and first-aid kits. Prompt action can minimize damage and discomfort in case of accidental exposure to welding flash.

7. PROMOTE A SAFETY CULTURE

Creating a culture of safety in your shop is crucial. Encourage all employees, including non-welders, to prioritize safety in their daily routines. Recognize and reward safe practices and involve everyone in identifying and addressing safety concerns.

GREEN WELDING
FILTER DEMONSTRATION

Watch video

Preventing welder’s flash for non-welders in your shop is a shared responsibility. By establishing safe work zones, providing proper eye protection, and fostering a safety culture, you can significantly reduce the risk of flash exposure for everyone in the workplace. Remember that a well-informed and safety-conscious team is the key to maintaining a safe and healthy welding shop environment.

If you still aren’t sure which welding safety products 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 service@phillips-safety.com

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

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The Complete Guide to Safety Glasses: Types, Features, and Applications

Safety glasses play a pivotal role in safeguarding our most precious sense—our eyes. In diverse industries and everyday life, the need for reliable eye protection cannot be overstated. In this comprehensive guide, we will delve into the world of general safety glasses, exploring their types, features, applications, and why they are an indispensable part of our safety arsenal.

THE VITAL ROLE OF GENERAL SAFETY GLASSES

Our eyes are exposed to numerous hazards daily, ranging from flying debris and chemicals to harmful UV rays. General safety glasses are designed to shield your eyes from these potential dangers, preventing injuries and maintaining optimal eye health.

Safety glasses come in various forms to cater to different needs. Here are the primary types:

General-Purpose Safety Glasses

General-purpose safety glasses are versatile and suitable for a wide range of tasks. They are a fundamental choice for daily eye protection.

Safety Goggles

Safety goggles provide a sealed barrier around the eyes, offering enhanced protection against chemical splashes, dust, and debris. They are ideal for laboratory work and environments with airborne particles.

Wraparound Safety Glasses

Wraparound safety glasses provide additional coverage around the sides of the eyes, offering comprehensive protection. They are a popular choice in construction and outdoor activities.

FRAME STYLES FOR COMFORT AND PROTECTION​

FULL-RIMMED FRAME

Full-rimmed safety glasses offer maximum protection by encircling the lenses entirely. They are suitable for high-risk environments where debris or particles may come from any direction.

SEMI-RIMLESS FRAME

Semi-rimless safety glasses provide a balance between protection and aesthetics. They have a partial frame on the top, allowing for a broader field of vision.

RIMLESS DESIGNS AND GOGGLES

Rimless safety glasses and goggles are ideal for tasks that require unobstructed vision. Goggles provide complete coverage and are perfect for situations where splashes and airborne particles are a concern.

MEETING INDUSTRY STANDARDS

Safety is paramount, and safety glasses must adhere to industry standards. Look for certifications such as ANSI Z87, which ensure that your safety glasses meet rigorous safety requirements. These certifications guarantee that your eyewear can withstand impact and provide adequate protection.

APPLICATIONS ACROSS INDUSTRIES

General safety glasses find applications in numerous industries and settings:

Construction: Protecting the eyes from dust, debris, and potential impacts.

Manufacturing: Guarding against industrial materials, sparks, and chemicals.

Healthcare: Shielding against infectious agents, bloodborne pathogens, and chemicals.

Laboratories: Preventing chemical splashes, fumes, and airborne particles.

Outdoor Activities: Safeguarding against outdoor elements during sports and recreational pursuits.

IN CONCLUSION

Safety glasses are not just an accessory; they are a necessity. They protect our eyes from an array of potential dangers, ensuring that we can work and enjoy our lives with confidence. By choosing the right type of safety glasses at Phillips Safety, you can prioritize eye protection and reduce the risk of injuries. Remember, your eyes are irreplaceable—guard them with the right safety glasses.

If you still aren’t sure which 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 service@phillips-safety.com

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

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Welding Hazards and How to Mitigate Them with Proper Gear

Welding, a cornerstone of modern industry, brings incredible power and precision to metalwork. Yet, amidst the dazzling sparks and molten metals, there lurk dangers that can have lasting consequences. One area where vigilance is paramount is eye protection. In this article, we will explore the common hazards associated with welding, with a specific focus on protecting your eyes and face. We’ll delve into the types of welding glasses and goggles available for your safety, and we’ll highlight the features you should consider when choosing this vital protective gear.

Welding presents a range of hazards, with the potential for significant damage to your eyes and face being of utmost concern. These hazards encompass intense light and UV radiation, as the welding process emits a blinding arc flash containing harmful ultraviolet (UV) and infrared (IR) radiation, which, when exposed to for extended periods, can result in severe eye injuries. Additionally, molten metal splatter and sparks are inherent risks in welding, posing an unpredictable threat to your eyes and facial skin. Furthermore, the intense heat generated during welding produces infrared radiation, capable of inflicting painful burns on your eyes and skin.

CHOOSING THE RIGHT EYE PROTECTION

To effectively mitigate the hazards associated with welding, selecting the appropriate eye protection gear is paramount. Among the options available, welding goggles and welding glasses offer a versatile solution to safeguard your eyes during various welding tasks.

Welding goggles are a compact and lightweight choice for direct eye protection. They are designed with convenience in mind, often equipped with adjustable straps to ensure a secure and comfortable fit.

Welding glasses are suitable for lighter welding tasks where the intensity of the arc is relatively low. However, it’s important to note that they may not provide sufficient protection for more intense welding operations. In such cases, considering alternative eye protection options like welding helmets or face shields is advisable to ensure comprehensive safety.

FEATURES TO LOOK FOR

When choosing your eye protection gear, consider the following features:

Shade Levels: Select a shade level appropriate for your welding process. Common shades range from 8 to 14, with higher numbers offering more protection.

Comfort and Fit: Ensure that your chosen gear fits comfortably and securely. Look for padded headbands and adjustable straps for a snug fit during long welding sessions.

PROPER CARE AND MAINTENANCE

Investing in the right eye protection gear is only the first step. It’s equally crucial to maintain your equipment for optimal performance and safety:

Regular Inspection: Routinely inspect your welding glasses or goggles for any damage or wear and tear. Replace them if you notice cracks, scratches, or other signs of deterioration.

Cleanliness: Keep your eyewear clean to maintain clear vision. Use the recommended cleaning solutions and avoid abrasive materials that can scratch the lenses.

ADHERENCE TO SAFETY STANDARDS

Safety should always be a top priority in welding. Look for gear that complies with safety standards, such as ANSI Z87.1, which ensures that the equipment meets stringent safety requirements.

CONCLUSION: PROTECT YOUR VISION, PROTECT YOUR FUTURE

In the world of welding, safeguarding your eyes is paramount. The importance of mitigating welding hazards with proper eye protection gear cannot be overstated. Your vision is not only crucial to your work but also to your overall well-being. At Phillips Safety, we understand the critical role that eye protection plays in welding safety. That’s why we offer a wide collection of welding safety glasses and lenses with a great variety of models, shapes, and colors available.

Remember, your eyes are irreplaceable. Prioritize safety, invest in quality eye protection gear, and protect your vision for a brighter future in welding. Stay safe, and make safety a cornerstone of your welding practices.

If you still aren’t sure which welding 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 service@phillips-safety.com

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

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The Anatomy of Radiation Glasses: How They Are Engineered for Maximum Safety

Radiation is a powerful force, invisible to the naked eye, yet capable of causing harm if not managed properly. In various fields, from healthcare to industrial settings, professionals are exposed to different types of radiation hazards, with X-rays being one of the most common sources. To safeguard the well-being of these individuals, radiation glasses have become an indispensable part of their protective gear. In this article, we will delve into the anatomy of radiation glasses, exploring how they are meticulously engineered for maximum safety.

WHAT ARE RADIATION GLASSES AND WHY ARE THEY IMPORTANT?

Among the various types of radiation, X-rays are perhaps the most familiar to the public. They are used extensively in medical diagnostics, including X-ray imaging and computed tomography (CT) scans. X-rays can penetrate the body to create detailed images of bones, tissues, and organs, but they can also cause damage if not properly contained. This is where radiation glasses come into play.

Radiation glasses, also known as lead glasses or X-ray glasses, are specialized eyewear designed to shield the eyes from harmful radiation. They are an essential tool in fields where exposure to ionizing radiation is a routine part of the job, such as radiology, dentistry, nuclear medicine, and industrial testing. The importance of radiation glasses lies in their ability to protect the delicate structures of the eyes, including the lens and retina, from the detrimental effects of radiation.

Anti-radiation glasses are engineered using specialized materials to block ionizing radiation effectively. Lead, with its exceptional ability to absorb and attenuate radiation, is a primary component. The lead content in the glasses acts as a shield, preventing X-rays from passing through and reaching the eyes. At Phillips Safety, we take great care in selecting high-quality lead for our glasses, ensuring maximum protection for professionals in radiation-prone environments.

ERGONOMIC FRAME DESIGN FOR EXTENDED COMFORT

Comfort during extended wear is a crucial consideration when engineering radiation glasses. Prolonged exposure to radiation is often a necessity in many professions, so discomfort is not an option. The design and construction of frames are carefully considered, with ergonomic principles guiding the way. Our radiation glasses are engineered to provide a snug yet comfortable fit, allowing professionals to focus on their tasks without distraction.

SIDE SHIELDS AND WRAPAROUND STYLES

Peripheral exposure to radiation is a concern, as X-rays can scatter and bounce off surfaces. To address this, radiation glasses often feature side shields and wraparound styles. These additions provide extra protection by minimizing radiation exposure from angles outside the direct line of sight, ensuring comprehensive coverage.

MEETING SAFETY STANDARDS AND REGULATIONS

Safety standards and regulations play a pivotal role in ensuring the effectiveness of radiation glasses. In various industries, such as healthcare and nuclear energy, compliance with these standards is mandatory. At Phillips Safety, we take pride in adhering to stringent safety standards, including ANSI Z87, to guarantee that our radiation glasses meet the highest quality and safety requirements.

REAL-WORLD APPLICATIONS

Radiation glasses are essential in numerous professions and industries. Dentists, radiologic technologists, veterinarians, and nuclear engineers are just a few examples of professionals who rely on these protective eyewear. In these fields, radiation glasses are not just an accessory but a critical component of workplace safety.

EXPLORE OUR WIDE COLLECTION

In summary, radiation glasses are the result of meticulous engineering and design to ensure maximum safety. From lead lining and ergonomic frames to side shields and compliance with safety standards, every aspect is carefully considered to protect the eyes of professionals working in radiation-prone environments.

At Phillips Safety, we understand the critical role that radiation glasses play in safeguarding the health of professionals. That’s why we offer a wide collection of radiation glasses with a great variety of models, shapes, and colors available. Rest assured that all our glasses meet ANSI Z87 safety standards, providing you with the highest level of protection while ensuring your comfort and style.

In a world where safety is paramount, trust Phillips Safety to engineer radiation glasses that prioritize your well-being. Your eyes deserve nothing less than the best protection.

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 service@phillips-safety.com

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

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Laser Pointer Safety: Protecting Your Eyes from Harmful Rays

When it comes to laser pointers, they have become a ubiquitous tool, serving various purposes in both professional and recreational settings. However, it’s essential to understand that the mesmerizing beams of light they produce can pose a significant risk to your eyes if not handled carefully. This is where laser pointer safety glasses come into play, offering specialized eye protection to shield you from harmful laser rays.

Laser pointer safety glasses are designed with a specific purpose in mind: to safeguard your eyes from the potentially harmful effects of laser beams. They achieve this by filtering out or absorbing the dangerous wavelengths of laser light while allowing safe levels of light to pass through. These glasses are a crucial safety measure for individuals who use laser pointers, ensuring that accidental exposure to laser beams doesn’t lead to vision impairment or permanent eye damage.

Now, let’s delve into some common questions regarding laser pointers and the importance of laser pointer safety glasses.

UNDERSTANDING LASER POINTER SAFETY GLASSES

What is a Laser Pointer Used For?

Laser pointers are versatile tools used in various applications. They are commonly employed in presentations and lectures to highlight key points on a screen or a board. They also play a significant role in astronomy, where they help point out celestial objects in the night sky. Laser pointers are used in construction for precision measurements and even in entertainment, where they create captivating laser light shows.

How Far Can a Laser Pointer Go?

The range of a laser pointer depends on its power and design. While low-power laser pointers may have a range of a few hundred feet, more powerful models can reach several miles. This extended range increases the risk of accidental exposure to laser beams, especially in outdoor settings.

What Happens If You Point a Laser Pointer in Your Eye?

Pointing a laser pointer directly into your eye can cause immediate and severe damage to the retina. The concentrated and intense light can lead to vision impairment or even permanent blindness, depending on the laser’s power and the duration of exposure.

Who Can Be Affected by Laser Pointers?

Anyone using or in the vicinity of laser pointers can potentially be affected by their harmful rays. This includes professionals, educators, astronomy enthusiasts, pilots, and individuals attending laser light shows. Protecting your eyes is essential, regardless of your level of exposure to laser pointers.

What Can Prevent Laser Pointer Pens from Causing Damage?

The answer lies in using laser pointer safety glasses. These specialized glasses are designed to filter out or absorb the dangerous wavelengths of laser light, ensuring that only safe levels of light reach your eyes.

PHILLIPS SAFETY LASER POINTER SAFETY GLASSES

At Phillips Safety, we understand the critical importance of protecting your eyes from harmful laser rays. That’s why we offer a wide range of laser pointer safety glasses in three different filters: Green Beam, Blue Green Beam, and Blue Green Red Beam. All our laser glasses are designed to meet ANSI Z136.1 safety standards, ensuring that you receive the highest level of eye protection.

Whether you’re using laser pointers for professional presentations, stargazing adventures, or any other purpose, our laser pointer safety glasses are tailored to your needs. We offer a diverse collection of models with different shapes and colors, allowing you to prioritize both safety and style.

Don’t compromise on your vision’s safety when using laser pointers. Phillips Safety provides a high-quality collection of laser pointer safety glasses, ensuring that you can enjoy the benefits of precision and protection simultaneously. Explore our range today and make the smart choice for your eye safety. Your eyes are priceless, and with the right protective eyewear, you can enjoy the benefits of laser technology without any worries.

If you still aren’t sure which laser pointer 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 service@phillips-safety.com

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

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A Clear Focus on Workplace Safety: Phillips Safety’s Anti-Fog Prescription Safety Glasses

Whether you work in a hazardous environment, a laboratory, a construction site, or any other potentially dangerous setting, safeguarding your vision is essential. That’s where prescription safety glasses come into play, offering specialized eye protection for individuals who require corrective lenses while on the job.

Prescription safety glasses are designed to provide two critical functions simultaneously: vision correction and eye protection. These glasses offer the perfect solution for individuals who need prescription eyewear to see clearly but also require reliable protection for their eyes in the workplace. By integrating prescription lenses with safety features, they ensure that individuals can carry out their tasks comfortably and safely.

Phillips Safety stands out as a trusted and reputable brand that offers a wide range of options to meet the diverse needs of professionals across various industries. Phillips Safety’s collection of prescription safety glasses is not only comprehensive but also innovative, featuring cutting-edge anti-fog technology to enhance clarity and safety.

ANTI-FOG TECHNOLOGY: A GAME-CHANGER

One of the standout features of Phillips Safety’s prescription safety glasses is their anti-fog technology. These glasses are available in three different options:

Frame Only: Ideal for those who already have prescription lenses and need a protective frame.

Clear Anti-Fog Lenses: Equipped with lenses that resist fogging, ensuring uninterrupted vision even in challenging conditions.

Transition Anti-Fog Lenses: These lenses adapt to changing light conditions, providing clear vision indoors and outdoors while preventing fogging.

A VARIETY OF STYLES TO SUIT YOUR NEEDS

Phillips Safety offers a diverse range of models to cater to different preferences and requirements. Here are some of the types of models available, each with its unique advantages:

Wrap-Around Frames: These provide maximum coverage and protection, making them ideal for high-risk environments.

Goggles: Offering a sealed and snug fit, goggles are perfect for situations where there’s a risk of airborne particles.

Rectangle Frames: A classic and timeless choice suitable for a wide range of professions.

Semi-Rimless Frames: A sleek and modern design that offers both style and safety.

Metal Frames: Known for their durability and strength, metal frames are a popular choice for heavy-duty applications.

YOUR CLEAR CHOICE FOR EYE PROTECTION

All of Phillips Safety’s prescription safety glasses meet the stringent ANSI Z87 safety standards. This certification ensures that the glasses are capable of withstanding high-impact forces, protecting your eyes from potential hazards and accidents. To verify whether your chosen frames adhere to ANSI Z87.1 or ANSI Z87+ standards, be sure to examine the safety rating displayed on the sticker beneath the product’s photo, within the product description, or in the “product information” section.

Phillips Safety is your go-to source for high-quality prescription safety glasses that combine vision correction and eye protection seamlessly. With a wide variety of models available, offering different shapes and colors to suit your style and preferences, you can trust Phillips Safety to provide you with the best options for workplace safety. Don’t compromise on your vision or safety – choose Phillips Safety’s prescription safety glasses for peace of mind in hazardous environments.

If you still aren’t sure which prescription 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 service@phillips-safety.com

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

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Through the Lens of Productivity: Why Quartz Working Glasses Matter

In the world of specialized craftsmanship, safety and precision are paramount. Whether you’re a glassblower, a jeweler, or a laboratory technician, your work requires focus, attention to detail, and protection from potential hazards. This is where quartz working glasses come into play, offering a critical shield for your eyes while enhancing your overall productivity.

Before we dive into the significance of quartz working glasses, let’s understand what they are. Quartz working glasses are specialized eyewear designed to provide protection to individuals engaged in tasks that involve intense heat, bright light, and potential flying debris. These glasses are particularly valuable for professionals working in glassblowing, soldering, welding, and other high-temperature applications.

The lenses of quartz working glasses are often designed with a split lens configuration, allowing the user to view their work up-close while maintaining protection from the surrounding hazards. At Phillips Safety, these are available with a multitude of possibilities when it comes to filter arrangements in the top and bottom parts of the split lenses.

THE IMPORTANCE OF QUARTZ WORKING GLASSES

Wearing quartz working glasses is not just a matter of safety; it’s a strategic choice that significantly enhances productivity and quality of work. These glasses act as a barrier between your eyes and the potential dangers of intense light and heat, preventing eye strain, discomfort, and even long-term damage. By offering a clear and protected view of your work, quartz working glasses enable you to focus on the intricate details without unnecessary distractions or worries.

When choosing quartz working glasses, consider several important factors. Prioritize lens quality, ensuring optical clarity in challenging environments. A comfortable and secure fit is crucial for extended, discomfort-free work sessions. Adequate protection against infrared (IR) radiation, commonly emitted during high-temperature processes, is also essential. Additionally, explore the array of styles, sizes, and colors available in quartz working glasses to find the perfect match for your personal preferences and specific requirements.

PHILLIPS SAFETY: A TRUSTED SOURCE

When it comes to quartz working glasses, Phillips Safety stands out as a reputable provider of high-quality eyewear. With a wide range of options to choose from, including different lens styles and frame designs, Phillips Safety caters to diverse customer needs. Whether you’re a glass artist seeking precision or a technician safeguarding your eyes, our collection ensures you’ll find the perfect fit.

Quartz working glasses are more than just protective gear; they’re a crucial tool that empowers you to excel in your craft with confidence and precision. By safeguarding your eyes and enhancing your focus, these glasses contribute to both your safety and the quality of your work. With Phillips Safety’s comprehensive collection of quartz working glasses, you have access to a range of options that cater to your unique requirements. Visit our selection today to explore the possibilities and elevate your productivity to new heights. Your craft deserves nothing less than the best in safety and performance.

If you still aren’t sure which quartz working 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 service@phillips-safety.com

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

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