# data[].attributes.body
1. Safety Glasses

Description:

Glasses with impact-resistant lenses

Usually have side shields for additional protection

Protects Against:

Flying particles

Minor impacts

Dust

Limitations:

Do not fully protect against chemical splashes because gaps remain around the eyes

Suitable For:

General laboratory work with low chemical risk

# data[].attributes.body
2. Chemical Splash Goggles

Description:

Tight-fitting goggles that seal around the eyes

Protects Against:

Chemical splashes

Liquid droplets

Irritating vapours

Advantages:

Provides better protection than safety glasses

Essential when handling corrosive chemicals

Suitable For:

Acid-base experiments

Handling hazardous liquids

# data[].attributes.body
3. Laser Safety Goggles

Description:

Special goggles designed to filter specific laser wavelengths

Protects Against:

Harmful laser radiation

Suitable For:

Laser experiments and optical laboratories

# data[].attributes.body
This case shows that failing to wear proper eye protection correctly can lead to preventable laboratory accidents. Although safety goggles were provided, wearing them loosely or not using them properly increased the risk of injury. When the corrosive chemical splashed into the student’s eye, it caused immediate irritation and redness, demonstrating how quickly accidents can happen in the lab.

Using the correct eye protection, especially chemical splash goggles for corrosive substances, is essential to protect against serious eye damage. Students should always wear suitable personal protective equipment properly and follow laboratory safety procedures to prevent injuries and maintain a safe working environment

# data[].attributes.body
Protects against specific hazards
Different tasks involve different risks such as chemical splashes, heat, smoke, or flying particles. Choosing suitable eye protection ensures the eyes are protected from the exact hazard present during the experiment.

Prevents serious eye injuries
Proper eye protection can prevent irritation, chemical burns, corneal damage, and permanent loss of vision. In experiments involving corrosive chemicals, the correct goggles can stop chemicals from directly contacting the eyes.

Provides full coverage
Some eye protection, such as safety glasses, only protects the front and sides, while chemical splash goggles seal around the eyes completely. Selecting the correct type ensures better protection based on the level of risk.

Improves safety during emergencies
If an accident occurs, appropriate eye protection reduces the severity of injury. In the given situation, properly fitted chemical splash goggles could have prevented the corrosive liquid from entering the student’s eye.

Ensures compliance with laboratory safety rules
Using the correct protective equipment helps follow laboratory regulations and demonstrates safe working practices. It reduces accidents and creates a safer environment for all students.

# data[].attributes.body
In a chemistry experiment conducted by a group of university students, corrosive chemicals are being handled along with the use of Bunsen burners. Despite being supplied with safety goggles, the students frequently wear them in a loose manner or disregard their use entirely. Unfortunately, while pouring a corrosive chemical into a container, one student inadvertently spills a few drops onto their face, resulting in direct contact with the eye and causing immediate irritation and redness.

·       Discuss the importance of choosing the correct type of eye protection based on the specific task and potential risks involved.

# data[].attributes.body
4. Welding Goggles or Heat-Resistant Goggles

Description:

Darkened or heat-resistant lenses

Protects Against:

Intense heat

Sparks

Bright light

Suitable For:

High-temperature work

Glass heating or metal work