Eye Protection and Safer Practices FAQ

What is My Obligation?

Science teachers are obligated to provide students with the safest and most appropriate eye protection for the task that they are being asked to perform. School boards as the employer are required to purchase and teachers as employees to select eyewear that provides themselves, their students, other school employees, and visitors with the most suitable protection for the hazards they may encounter in the classroom, laboratory and field site. Teachers should review the Safety Data Sheets for all chemical hazards they use during the year to be certain that they have the proper eye protection available. In addition, physical hazards (e.g. projectiles, springs, etc.) and biological hazards (bacteria, specimens, etc.) require appropriate eye personal protective equipment (PPE).

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How Do I Know Which Eye Protection to Purchase?

All safety goggles and safety glasses should comply with the ANSI/ISEA Z87.1 standard. ANSI stands for the American National Standards Institute, which is dedicated to the health and safety of consumers, workers and the protection of the environment. ISEA is the International Safety Equipment Association, this is the group that writes and develops the standards.

The Occupational and Educational Personal Eye and Face Protection Devices law is known as ANSI Z87.1. ANSI Z87.1- is the latest version of the standard, employers have been required to comply with this version of the standard since November 25, .

There are several markings that are used to indicate the type of eye protection that the goggles and/or glasses are designed for:

• Z87 indicates that eye protection provides basic impact protection
• Z87+ indicates high-velocity impact rating
• D3 is added to indicate splash and droplet protection
• D4 is for dust protection
• D5 is for fine dust protection
• W is for welding and will be accompanied by a scale number between 1.3 and 14
• R is for infrared light followed by a scale number between 1.3 to 10
• L is for visible light plus a scale number between 1.3 and 10
• U is for ultraviolet plus a scale number between 2 and 6

Eye and Face Protection Tool Selection Guide

When Should Students Wear Eye Protection?

Eye protection is essential in every laboratory activity. Eye protection is required for (but not limited to) the following instances:

• When using chemicals (including common household chemicals being used in schools) or glassware
• When working with heat sources (e.g. Bunsen burners, hot plates)
• When working with materials or equipment under stress, pressure, or force that might cause fragmentation or flying particles
• When an activity generates projectiles, uses elastic materials under stress (e.g. springs, wires, rubber, glass), or causes collisions
• When dust or fumes are present (eye protection reduces the dust or fumes reaching the eye)
• When working with biological specimens
• When using sharp cutting tools

Eye protection is necessary in all science classes in which there are biological, chemical and physical hazards present at the elementary, middle and high school level. Effective eye protection must include adequate instruction on the hazards of the activity and the precautions to be taken to reduce the risk of injury. Eye protection is to be worn during the demonstration and/or activity set up, hands-on portion and take down.

Eye protection is required for everyone present in the lab, students, teachers, assistants and aides as well as any visitors to the classroom. Teachers must model appropriate behavior by wearing eye protection. Students who refuses to wear eye protection should be told to leave the classroom or laboratory, with appropriate disciplinary consequences. Adult visitors who refuse to wear eye protection should be asked to return another day when eye protection is not needed.

What Is the Best Eye Protection for Science Investigations?

Safety glasses with side shields and directly vented safety goggles that comply with Z87.1 regulations provide adequate eye protection for laboratory or field activities involving solid materials, collisions, or projectiles.

Indirectly vented chemical splash goggles Z87.1- + D3 are required when using laboratory hazards such as but not limited to hazardous chemicals, glassware, heating sources, preserved specimens or dust/solid particles. These goggles must fit snugly on the face surrounding the eyes, the soft, pliable flange seals should extend around the eyes. To provide the needed ventilation to reduce fogging, these goggles need to have hoods or caps over the vent openings to prevent chemical splashes from entering the goggle and causing injury to the eye. Vents are to be closed to prevent splash injuries.

What are the Regulations for Lasers in Educational Settings?

ANSI has published several standards that deal with laser safety. ANSI Z136.1- addresses laser safety officer duties and laser hazard evaluations. ANSI Z136.5 addresses Safe Use of Lasers in Educational Environments, this document is currently being updated. This document provides guidance on laser safety from elementary to the undergraduate level.

ANSI Z136.5 is intended for faculty and students using lasers at the primary, secondary and college levels of education, not including graduate level research. The wavelength range includes ultraviolet, visible, and infrared regions of the electromagnetic spectrum, specifically the wavelength from 0.18 micrometers to 1.0 millimeter.

In any instance where a Class 3B and Class 4 laser is in use, a Laser Safety Officer must be designated. This person is charged with administering and managing the laser use at the facility, they should be knowledgeable of laser hazards and controls.

Signage is required outside any area where lasers are in use. Avoid staring into any laser or viewing it with optical instruments. Safety Glasses or Goggles rated with the proper rating for the type of laser in use can protect the eyes from hazardous reflected light, scattered laser light or direct exposure to a laser beam of Class 1, 1M, 2, 2M or 3R lasers:

• Class 1 - Safe, even for long term intentional exposure
• Class 1 M - Should not be used with optical instruments
• Class 2 - Safe for unintentional exposure of ¼ second or less
• Class 2 M - Should not be used with optical instruments
• Class 3R - Unintentional or accidental exposure to direct beam has a low risk but should be avoided
• Class 4 - Severe eye hazard, avoid exposure to direct or reflected beam

Before using any laser, consult local rules and regulations. There are currently no marking designations for eye protection to lasers in the Z87.1- standard.

Laser class 3B and Class 4 should not be used at the K-12 academic level, given their potential hazards and risks. Also be aware that some states ban the use of lasers and laser pointers at the K&#;8 levels. Teacher need to check with their state departments of education for additional information.

When Should I Use a Face Shield?

Face shields are used to protect the wearer's entire face from flying fragments, splashes, droplets and sprays from chemicals and molten metals. Face shields are not a substitute for indirectly vented chemical splash goggles which must be worn with the face shield. Face shields are marked with ANSI/ISEA Z87 for basic-impact and ANSI/ISEA Z87+ for high-impact use.

What Are the Current Recommendations for Contact Lens Use?

Traditionally, contact lenses were prohibited from laboratory settings. The prohibition was based on concerns related to the absorption and adsorption of chemicals to the contact lens surface in the event of a chemical splash. The National Institute for Occupational Safety and Health (NIOSH) reviewed this topic and came to the recommendation that laboratory workers be permitted to wear contact lenses in the laboratory because there was no evidence to support the previous concerns.

Contact lenses may be worn in the laboratory, provided appropriate eye protection is worn over the contact lenses. Contact lenses are not eye protection devices. Wearing contact lenses does not reduce or alter the requirements for eye and face protection necessary for the assigned task.

• Individuals who wear contact lenses in the laboratory must also wear suitable eye and face protection over the contact lenses (e.g. safety glasses with side shields, chemical splash goggles, and/or face shields).
• In the event of a chemical or biological exposure to the eye or any type of eye irritation, do not delay eye washing due to lens removal. Rinse eyes with tepid water for a minimum of 15 minutes immediately upon chemical splash to the eyes.
• Never handle contact lenses in the laboratory. Contact lenses should be inserted or removed in a clean environment outside the laboratory.

How Should Eyewear be Cleaned and Sanitized?

Protective eyewear, including safety glasses and chemical splash goggles, should be cleaned after each use. Cleaning is necessary after exposure to chemicals and physical materials (dirt and grime). Eyewear that has been exposed to biological materials must be sanitized or disinfected.

Cleaning removes microorganisms, dirt, and impurities from surfaces or objects. Cleaning works by using soap (or detergent) and water to physically remove germs from surfaces. This process does not necessarily kill microorganisms, but by removing them, it lowers their numbers and the risk of spreading infection.

Disinfecting kills microorganisms on surfaces or objects. Disinfecting works by using chemicals to kill microorganisms on surfaces or objects. This process does not necessarily clean dirty surfaces or remove microorganisms, but by killing them on a surface after cleaning, it can further lower the risk of spreading infection.

Sanitizing lowers the number of microorganisms on surfaces or objects to a safe level, as judged by public health standards or requirements. This process works by either cleaning or disinfecting surfaces or objects to lower the risk of spreading infection.

Eyewear can be sanitized or disinfected with soap, chemicals (chlorine or alcohol) or UV light. Goggles and straps should be washed in soap and water and allowed to dry before the next use. Sanitizing using a freshly prepared mild solution such as 2 teaspoons of bleach per 1 gallon of water, a stronger solution (½ tablespoon of bleach per pint of water) is needed to disinfect and requires the eyewear to remain in solution for 10 minutes. Consult manufacturer&#;s directions before cleaning goggles.

A UV sanitizing cabinet can be used for a minimum of 5 minutes to kill 99% of bacteria. This will sanitize, not disinfect the eyewear. The cabinet must automatically shut off the UV light source if the door is opened while it is operational. The UV sanitizing cabinet does not remove physical or chemical hazards from the eyewear.

Eyewear is available with latex free straps and will be necessary for students with latex allergies.

Safety Shield

Whenever demonstrations are being conducted in the classroom, a safety shield should be placed between the demonstration and the observers. The shield should be made of plastic such as polycarbonate and should be attached to a mounting that is sturdy enough to prevent it from tipping over. The shield should be large enough to protect students and staff from potential splashes. A safety shield is not intended to replace indirectly vented chemical safety goggles for the teachers or the students. A viable alternative to the safety shield is a fume hood with the sash pulled down. This is especially critical and necessary when dealing with demonstrations producing toxic and/or flammable vapors, particulate, etc.

Resources

Eye and Face Protection Selection Tool, International Safety Equipment Association, https://safetyequipment.org/wp-content/uploads//06/Eye-and-Face-Selection-Guide-tool1.pdf

ANSI/ISEA Z87.1 Eye and Face Protection Standards, www.coopersafety.com/ansiz87-1/ ANSI Laser Standards, Education (Z136.5), Research, Development or Testing (Z136.8), K. Barat, Laser Safety Solutions,

ANSI - American National Safety Institute, www.ansi.org

OSHA Eye Protection Standards, https://www.osha.gov/laws-regs/regulations/standardnumber//.133

NSTA would like to thank its Science Safety Advisory Board for developing this resource. Questions or comments about its content should be directed to NSTA at 703-243- or .

Permission is granted in advance for reproduction for purpose of classroom or workshop instruction. To request permission for other uses, please contact NSTA at .

NSTA is committed to providing quality material that promotes the best in inquiry-based science education. However, conditions of actual use may vary, and the safety procedures and practices described in this resource are intended to serve only as a guide. Additional precautionary measures may be required. NSTA and the authors do not warrant or represent that the procedures and practices in this resources meet any safety code or standard of federal, state, or local regulations. NSTA and the authors disclaim any liability for personal inquiry or demand to property arising out of or relating to the use of this resource, to include any of the recommendations, instructions, or materials contained therein.

Read time: 5 minutes

Safety goggles play a critical role in protecting our eyes from potential hazards in various environments, both at work and during leisure activities. Whether you're participating in sports, working with tools and machinery, or indulging in hobbies like woodworking and crafting, your eyes are susceptible to injury if not adequately protected. Safety goggles guard against a multitude of risks such as flying debris, hazardous chemicals, and intense light, ensuring that your eyes remain safe and healthy.

In this comprehensive guide, we will explore the importance of safety goggles, the types of safety eyewear available, and how Urban Optiks Optometry in San Diego can assist you in finding the right protective eyewear for your needs. Prioritize your eye safety by understanding the significance of wearing safety goggles during activities with potential risks to your vision.

The Various Hazards Safety Goggles Protect Against

Safety goggles provide a vital shield for your eyes against numerous hazards. Familiarizing yourself with the risks associated with different activities can help ensure you select the right protective eyewear for your needs. Some common hazards that safety goggles can guard against include:

• Flying Debris and Particles:

  Activities such as woodworking, metalworking, or machining often involve the release of small particles, shavings, or dust, which can cause eye injuries if proper protection is not used.

• Chemical Splashes and Fumes:

  In industries where hazardous chemicals are handled or laboratories where experiments are conducted, wearing safety goggles can prevent chemical splashes, vapors, or fumes from causing damage to your eyes.

• Intense Light and Radiation:

  Welding, laser work, and other occupations involving exposure to intense light or radiation necessitate the use of specialized safety goggles to protect the eyes from possible damage.

• Sports and Recreational Hazards:

  High-impact sports and recreational activities such as paintball, airsoft, or racquetball present a risk of eye injury due to the fast-moving projectiles or equipment involved.

Types of Safety Eyewear to Choose From

Various types of safety eyewear are available on the market, each designed to provide specific protection for different hazards and situations. Some common types of safety goggles include:

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• Direct-vented Goggles:

  These goggles have vents around the frame to allow for airflow and prevent fogging. They are suitable for protection against larger particles, but may not provide complete protection against fine dust or chemicals.

•  Indirect-vented Goggles:

  These goggles have vents designed to prevent the direct entry of debris, dust, or liquids. Indirect-vented goggles are ideal for protecting against chemical splashes and dust while providing adequate ventilation.

• Non-vented Goggles:

  Offering complete protection and an airtight seal, non-vented goggles are ideal for situations where heavy dust or chemical exposure is likely, as they prevent any particles or liquids from entering the goggles.

• Prescription Safety Goggles:

  Individuals who require prescription lenses can find safety goggles designed to accommodate their prescription needs, ensuring clear vision while maintaining a high level of protection.

Safety Goggles and Compliance with Industry Standards

When selecting safety goggles, it is crucial to ensure that the eyewear meets the necessary industry standards for protection. In the United States, the American National Standards Institute (ANSI) is responsible for setting guidelines for safe eyewear. Be sure to review the ANSI safety ratings on eyewear, such as ANSI Z87.1, which indicates compliance with specific safety and impact resistance requirements.

Tips for Choosing the Right Safety Goggles

Selecting the right safety goggles involves considering various factors to ensure that the eyewear provides the necessary protection and comfort for your specific needs. Some tips for choosing the right safety goggles include:

• Identify the Hazards of your Activity:

  Assess the risk factors tied to your work or recreational activities to determine which type of safety goggles will provide the appropriate protection.

•  

  Choose the Right Fit:

  Safety goggles should fit comfortably and snugly on your face, ensuring a secure seal to prevent any particles or liquids from entering your eyes. Ensuring a proper fit also helps to minimize fogging and maintain clear vision during use.

• Consider Lens Materials:

  Depending on your needs and preferences, you may opt for either glass, polycarbonate, or plastic lenses. Polycarbonate lenses are lightweight, impact-resistant, and offer excellent protection, making them a popular choice for many situations.

• Evaluate Lens Coatings:

  Certain lens coatings, such as anti-fog, anti-scratch, or UV protection coatings, can enhance the performance and durability of your safety goggles.

Caring for Your Safety Goggles

Proper care and maintenance of your safety goggles are essential to maintain their effectiveness and extend their lifespan. Follow these tips to care for your safety eyewear:

• Clean your Safety Goggles Regularly:

  Keeping your goggles clean ensures clear vision and allows you to identify any signs of wear or damage that may compromise their protection.

• Store your Safety Goggles Correctly:

  Store your goggles in a protective case or pouch when not in use to prevent scratches or damage.

• Inspect your Safety Goggles Frequently:

  Regularly check your safety goggles for any signs of wear, cracks, or damage that may affect their performance. Replace any damaged eyewear as needed to maintain optimal eye protection.

• Replace Worn-out Components:

  If you notice that components like straps, gaskets, or ventilation foam are worn out or damaged, consider replacing them to ensure your goggles maintain a proper seal and adequate protection.

By understanding the importance of safety goggles and recognizing the various hazards they can protect against, you'll be well-prepared to select the appropriate safety eyewear for your needs. Urban Optiks Optometry in San Diego is dedicated to helping you find the perfect protective eyewear to safeguard your eyes in a range of situations and activities.

Secure Your Eye Safety with Urban Optiks Optometry

Now that you've delved into the importance of safety goggles and the various factors to consider when selecting the right protective eyewear, it's time to prioritize your eye safety and invest in high-quality safety goggles. Urban Optiks Optometry offers a diverse array of handmade eyewear in San Diego, whether it be for work, hobbies, or sports. Our experienced staff is on hand to provide expert guidance on the ideal safety goggles to protect your eyes from harm.

Don't risk your vision by underestimating the significance of safety goggles; trust Urban Optiks Optometry to assist you in finding the perfect pair. Schedule your appointment today and take the first step toward securing a safe and clear future for your eyes.

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